TSTP Solution File: SYN504+1 by SuperZenon---0.0.1
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- Process Solution
%------------------------------------------------------------------------------
% File : SuperZenon---0.0.1
% Problem : SYN504+1 : TPTP v8.1.0. Released v2.1.0.
% Transfm : none
% Format : tptp:raw
% Command : run_super_zenon -p0 -itptp -om -max-time %d %s
% Computer : n011.cluster.edu
% Model : x86_64 x86_64
% CPU : Intel(R) Xeon(R) CPU E5-2620 v4 2.10GHz
% Memory : 8042.1875MB
% OS : Linux 3.10.0-693.el7.x86_64
% CPULimit : 300s
% WCLimit : 600s
% DateTime : Thu Jul 21 12:44:36 EDT 2022
% Result : Theorem 0.82s 1.00s
% Output : Proof 1.60s
% Verified :
% SZS Type : -
% Comments :
%------------------------------------------------------------------------------
%----WARNING: Could not form TPTP format derivation
%------------------------------------------------------------------------------
%----ORIGINAL SYSTEM OUTPUT
% 0.06/0.11 % Problem : SYN504+1 : TPTP v8.1.0. Released v2.1.0.
% 0.06/0.11 % Command : run_super_zenon -p0 -itptp -om -max-time %d %s
% 0.11/0.32 % Computer : n011.cluster.edu
% 0.11/0.32 % Model : x86_64 x86_64
% 0.11/0.32 % CPU : Intel(R) Xeon(R) CPU E5-2620 v4 @ 2.10GHz
% 0.11/0.32 % Memory : 8042.1875MB
% 0.11/0.32 % OS : Linux 3.10.0-693.el7.x86_64
% 0.11/0.32 % CPULimit : 300
% 0.11/0.32 % WCLimit : 600
% 0.11/0.32 % DateTime : Tue Jul 12 00:16:12 EDT 2022
% 0.11/0.32 % CPUTime :
% 0.82/1.00 % SZS status Theorem
% 0.82/1.00 (* PROOF-FOUND *)
% 0.82/1.00 (* BEGIN-PROOF *)
% 0.82/1.00 % SZS output start Proof
% 0.82/1.00 1. (-. (hskp15)) (hskp15) ### P-NotP
% 0.82/1.00 2. (-. (hskp11)) (hskp11) ### P-NotP
% 0.82/1.00 3. (-. (hskp16)) (hskp16) ### P-NotP
% 0.82/1.00 4. ((hskp15) \/ ((hskp11) \/ (hskp16))) (-. (hskp16)) (-. (hskp11)) (-. (hskp15)) ### DisjTree 1 2 3
% 0.82/1.00 5. (-. (hskp24)) (hskp24) ### P-NotP
% 0.82/1.00 6. (-. (hskp4)) (hskp4) ### P-NotP
% 0.82/1.00 7. ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (-. (hskp11)) (-. (hskp24)) ### DisjTree 5 2 6
% 0.82/1.00 8. (-. (ndr1_0)) (ndr1_0) ### P-NotP
% 0.82/1.00 9. (-. (c0_1 (a399))) (c0_1 (a399)) ### Axiom
% 0.82/1.00 10. (-. (c3_1 (a399))) (c3_1 (a399)) ### Axiom
% 0.82/1.00 11. (c1_1 (a399)) (-. (c1_1 (a399))) ### Axiom
% 0.82/1.00 12. ((ndr1_0) => ((c0_1 (a399)) \/ ((c3_1 (a399)) \/ (-. (c1_1 (a399)))))) (c1_1 (a399)) (-. (c3_1 (a399))) (-. (c0_1 (a399))) (ndr1_0) ### DisjTree 8 9 10 11
% 0.82/1.00 13. (All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) ### All 12
% 0.82/1.00 14. (-. (c1_1 (a379))) (c1_1 (a379)) ### Axiom
% 0.82/1.00 15. (-. (c0_1 (a379))) (c0_1 (a379)) ### Axiom
% 0.82/1.00 16. (-. (c3_1 (a379))) (c3_1 (a379)) ### Axiom
% 0.82/1.00 17. (c2_1 (a379)) (-. (c2_1 (a379))) ### Axiom
% 0.82/1.00 18. ((ndr1_0) => ((c0_1 (a379)) \/ ((c3_1 (a379)) \/ (-. (c2_1 (a379)))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c0_1 (a379))) (ndr1_0) ### DisjTree 8 15 16 17
% 0.82/1.00 19. (All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) (ndr1_0) (-. (c0_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ### All 18
% 0.82/1.00 20. (c2_1 (a379)) (-. (c2_1 (a379))) ### Axiom
% 0.82/1.00 21. ((ndr1_0) => ((c1_1 (a379)) \/ ((-. (c0_1 (a379))) \/ (-. (c2_1 (a379)))))) (c2_1 (a379)) (-. (c3_1 (a379))) (All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) (-. (c1_1 (a379))) (ndr1_0) ### DisjTree 8 14 19 20
% 0.82/1.00 22. (All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) (ndr1_0) (-. (c1_1 (a379))) (All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) (-. (c3_1 (a379))) (c2_1 (a379)) ### All 21
% 0.82/1.00 23. (-. (hskp28)) (hskp28) ### P-NotP
% 0.82/1.00 24. (-. (hskp19)) (hskp19) ### P-NotP
% 0.82/1.00 25. ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (-. (hskp28)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) ### DisjTree 22 23 24
% 0.82/1.00 26. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (hskp28)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c1_1 (a399)) (-. (c3_1 (a399))) (-. (c0_1 (a399))) (ndr1_0) ### DisjTree 13 25 23
% 0.82/1.00 27. (c1_1 (a365)) (-. (c1_1 (a365))) ### Axiom
% 0.82/1.00 28. (c2_1 (a365)) (-. (c2_1 (a365))) ### Axiom
% 0.82/1.00 29. (c3_1 (a365)) (-. (c3_1 (a365))) ### Axiom
% 0.82/1.00 30. ((ndr1_0) => ((-. (c1_1 (a365))) \/ ((-. (c2_1 (a365))) \/ (-. (c3_1 (a365)))))) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (ndr1_0) ### DisjTree 8 27 28 29
% 0.82/1.00 31. (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) (ndr1_0) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) ### All 30
% 0.82/1.00 32. ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (ndr1_0) ### Or 31 2
% 0.82/1.00 33. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ### ConjTree 32
% 0.82/1.00 34. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 26 33
% 0.82/1.00 35. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 34
% 0.82/1.00 36. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp11)) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ### Or 7 35
% 0.82/1.00 37. (-. (c0_1 (a387))) (c0_1 (a387)) ### Axiom
% 0.82/1.00 38. (-. (c1_1 (a387))) (c1_1 (a387)) ### Axiom
% 0.82/1.00 39. (-. (c2_1 (a387))) (c2_1 (a387)) ### Axiom
% 0.82/1.00 40. ((ndr1_0) => ((c0_1 (a387)) \/ ((c1_1 (a387)) \/ (c2_1 (a387))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 8 37 38 39
% 0.82/1.00 41. (All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ### All 40
% 0.82/1.00 42. (-. (hskp3)) (hskp3) ### P-NotP
% 0.82/1.00 43. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 42 6
% 0.82/1.00 44. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) (ndr1_0) (-. (hskp3)) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ### ConjTree 43
% 0.82/1.00 45. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 36 44
% 0.82/1.00 46. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp11)) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 45
% 0.82/1.00 47. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp15)) (-. (hskp11)) ((hskp15) \/ ((hskp11) \/ (hskp16))) ### Or 4 46
% 0.82/1.00 48. (-. (c1_1 (a376))) (c1_1 (a376)) ### Axiom
% 0.82/1.00 49. (-. (c2_1 (a376))) (c2_1 (a376)) ### Axiom
% 0.82/1.00 50. (c0_1 (a376)) (-. (c0_1 (a376))) ### Axiom
% 0.82/1.00 51. ((ndr1_0) => ((c1_1 (a376)) \/ ((c2_1 (a376)) \/ (-. (c0_1 (a376)))))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) ### DisjTree 8 48 49 50
% 0.82/1.00 52. (All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ### All 51
% 0.82/1.00 53. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (c1_1 (a399)) (-. (c3_1 (a399))) (-. (c0_1 (a399))) (ndr1_0) ### DisjTree 13 52 2
% 0.82/1.00 54. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ### ConjTree 53
% 0.82/1.00 55. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (hskp11)) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ### Or 7 54
% 0.82/1.00 56. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 55
% 0.82/1.00 57. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((hskp15) \/ ((hskp11) \/ (hskp16))) (-. (hskp11)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 47 56
% 0.82/1.00 58. (-. (hskp21)) (hskp21) ### P-NotP
% 0.82/1.00 59. (-. (hskp18)) (hskp18) ### P-NotP
% 0.82/1.00 60. (-. (hskp6)) (hskp6) ### P-NotP
% 0.82/1.00 61. ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) (-. (hskp21)) ### DisjTree 58 59 60
% 0.82/1.00 62. (-. (c1_1 (a368))) (c1_1 (a368)) ### Axiom
% 0.82/1.00 63. (c2_1 (a368)) (-. (c2_1 (a368))) ### Axiom
% 0.82/1.00 64. (c3_1 (a368)) (-. (c3_1 (a368))) ### Axiom
% 0.82/1.00 65. ((ndr1_0) => ((c1_1 (a368)) \/ ((-. (c2_1 (a368))) \/ (-. (c3_1 (a368)))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ### DisjTree 8 62 63 64
% 0.82/1.00 66. (All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ### All 65
% 0.82/1.00 67. ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (-. (hskp24)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ### DisjTree 66 5 24
% 0.82/1.00 68. (-. (c0_1 (a395))) (c0_1 (a395)) ### Axiom
% 0.82/1.00 69. (-. (c2_1 (a395))) (c2_1 (a395)) ### Axiom
% 0.82/1.00 70. (c1_1 (a395)) (-. (c1_1 (a395))) ### Axiom
% 0.82/1.00 71. ((ndr1_0) => ((c0_1 (a395)) \/ ((c2_1 (a395)) \/ (-. (c1_1 (a395)))))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ### DisjTree 8 68 69 70
% 0.82/1.00 72. (All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ### All 71
% 0.82/1.00 73. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (c1_1 (a399)) (-. (c3_1 (a399))) (-. (c0_1 (a399))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ### DisjTree 72 13 6
% 0.82/1.00 74. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ### ConjTree 73
% 0.82/1.00 75. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 74
% 0.82/1.00 76. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 75
% 0.82/1.00 77. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 76
% 0.82/1.00 78. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 77 44
% 0.82/1.00 79. (-. (c0_1 (a382))) (c0_1 (a382)) ### Axiom
% 0.82/1.00 80. (-. (c2_1 (a382))) (c2_1 (a382)) ### Axiom
% 0.82/1.00 81. (c3_1 (a382)) (-. (c3_1 (a382))) ### Axiom
% 0.82/1.00 82. ((ndr1_0) => ((c0_1 (a382)) \/ ((c2_1 (a382)) \/ (-. (c3_1 (a382)))))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) ### DisjTree 8 79 80 81
% 0.82/1.00 83. (All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ### All 82
% 0.82/1.00 84. (-. (hskp17)) (hskp17) ### P-NotP
% 0.82/1.00 85. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) (-. (hskp17)) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) ### Or 83 84
% 0.82/1.00 86. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) (ndr1_0) (-. (hskp17)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ### ConjTree 85
% 0.82/1.00 87. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) (-. (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 78 86
% 0.82/1.00 88. (-. (hskp5)) (hskp5) ### P-NotP
% 0.82/1.00 89. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 88 60
% 0.82/1.00 90. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) (ndr1_0) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ### ConjTree 89
% 0.82/1.00 91. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 77 90
% 0.82/1.00 92. (-. (c3_1 (a380))) (c3_1 (a380)) ### Axiom
% 0.82/1.00 93. (c0_1 (a380)) (-. (c0_1 (a380))) ### Axiom
% 0.82/1.00 94. (c1_1 (a380)) (-. (c1_1 (a380))) ### Axiom
% 0.82/1.00 95. ((ndr1_0) => ((c3_1 (a380)) \/ ((-. (c0_1 (a380))) \/ (-. (c1_1 (a380)))))) (c1_1 (a380)) (c0_1 (a380)) (-. (c3_1 (a380))) (ndr1_0) ### DisjTree 8 92 93 94
% 0.82/1.00 96. (All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) (ndr1_0) (-. (c3_1 (a380))) (c0_1 (a380)) (c1_1 (a380)) ### All 95
% 0.82/1.00 97. (-. (hskp29)) (hskp29) ### P-NotP
% 0.82/1.00 98. (-. (hskp12)) (hskp12) ### P-NotP
% 0.82/1.00 99. ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) (-. (hskp29)) (c1_1 (a380)) (c0_1 (a380)) (-. (c3_1 (a380))) (ndr1_0) ### DisjTree 96 97 98
% 0.82/1.00 100. (-. (hskp30)) (hskp30) ### P-NotP
% 0.82/1.00 101. (-. (hskp23)) (hskp23) ### P-NotP
% 0.82/1.00 102. ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp23)) (-. (hskp30)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ### DisjTree 66 100 101
% 0.82/1.00 103. (c0_1 (a372)) (-. (c0_1 (a372))) ### Axiom
% 0.82/1.00 104. (c1_1 (a372)) (-. (c1_1 (a372))) ### Axiom
% 0.82/1.00 105. (c2_1 (a372)) (-. (c2_1 (a372))) ### Axiom
% 0.82/1.00 106. ((ndr1_0) => ((-. (c0_1 (a372))) \/ ((-. (c1_1 (a372))) \/ (-. (c2_1 (a372)))))) (c2_1 (a372)) (c1_1 (a372)) (c0_1 (a372)) (ndr1_0) ### DisjTree 8 103 104 105
% 0.82/1.00 107. (All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) (ndr1_0) (c0_1 (a372)) (c1_1 (a372)) (c2_1 (a372)) ### All 106
% 0.82/1.00 108. (c0_1 (a373)) (-. (c0_1 (a373))) ### Axiom
% 0.82/1.00 109. (c1_1 (a373)) (-. (c1_1 (a373))) ### Axiom
% 0.82/1.00 110. (c3_1 (a373)) (-. (c3_1 (a373))) ### Axiom
% 0.82/1.00 111. ((ndr1_0) => ((-. (c0_1 (a373))) \/ ((-. (c1_1 (a373))) \/ (-. (c3_1 (a373)))))) (c3_1 (a373)) (c1_1 (a373)) (c0_1 (a373)) (ndr1_0) ### DisjTree 8 108 109 110
% 0.82/1.00 112. (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) (ndr1_0) (c0_1 (a373)) (c1_1 (a373)) (c3_1 (a373)) ### All 111
% 0.82/1.00 113. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c3_1 (a373)) (c1_1 (a373)) (c0_1 (a373)) (c2_1 (a372)) (c1_1 (a372)) (c0_1 (a372)) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) ### DisjTree 83 107 112
% 0.82/1.00 114. ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373))))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (c0_1 (a372)) (c1_1 (a372)) (c2_1 (a372)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ### ConjTree 113
% 0.82/1.00 115. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c2_1 (a372)) (c1_1 (a372)) (c0_1 (a372)) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ### Or 102 114
% 0.82/1.00 116. ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp23)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### ConjTree 115
% 0.82/1.00 117. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a380))) (c0_1 (a380)) (c1_1 (a380)) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ### Or 99 116
% 0.82/1.00 118. (-. (c2_1 (a398))) (c2_1 (a398)) ### Axiom
% 0.82/1.00 119. (c1_1 (a398)) (-. (c1_1 (a398))) ### Axiom
% 0.82/1.00 120. (c3_1 (a398)) (-. (c3_1 (a398))) ### Axiom
% 0.82/1.00 121. ((ndr1_0) => ((c2_1 (a398)) \/ ((-. (c1_1 (a398))) \/ (-. (c3_1 (a398)))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) (ndr1_0) ### DisjTree 8 118 119 120
% 0.82/1.00 122. (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (ndr1_0) (-. (c2_1 (a398))) (c1_1 (a398)) (c3_1 (a398)) ### All 121
% 0.82/1.00 123. (-. (hskp2)) (hskp2) ### P-NotP
% 0.82/1.00 124. ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp19)) (-. (hskp2)) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) (ndr1_0) ### DisjTree 122 123 24
% 0.82/1.00 125. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) (ndr1_0) (-. (hskp2)) (-. (hskp19)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ### ConjTree 124
% 0.82/1.00 126. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp19)) (-. (hskp2)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) (c1_1 (a380)) (c0_1 (a380)) (-. (c3_1 (a380))) (ndr1_0) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 117 125
% 0.82/1.00 127. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a380))) (c0_1 (a380)) (c1_1 (a380)) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 126 90
% 0.82/1.00 128. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) (c1_1 (a380)) (c0_1 (a380)) (-. (c3_1 (a380))) (ndr1_0) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 127
% 0.82/1.00 129. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c3_1 (a380))) (c0_1 (a380)) (c1_1 (a380)) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 91 128
% 0.82/1.00 130. ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 129
% 0.82/1.00 131. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 87 130
% 0.82/1.00 132. (-. (hskp13)) (hskp13) ### P-NotP
% 0.82/1.00 133. (-. (hskp27)) (hskp27) ### P-NotP
% 0.82/1.00 134. ((hskp13) \/ ((hskp27) \/ (hskp4))) (-. (hskp4)) (-. (hskp27)) (-. (hskp13)) ### DisjTree 132 133 6
% 0.82/1.00 135. (-. (c0_1 (a446))) (c0_1 (a446)) ### Axiom
% 0.82/1.00 136. (c2_1 (a446)) (-. (c2_1 (a446))) ### Axiom
% 0.82/1.00 137. (c3_1 (a446)) (-. (c3_1 (a446))) ### Axiom
% 0.82/1.00 138. ((ndr1_0) => ((c0_1 (a446)) \/ ((-. (c2_1 (a446))) \/ (-. (c3_1 (a446)))))) (c3_1 (a446)) (c2_1 (a446)) (-. (c0_1 (a446))) (ndr1_0) ### DisjTree 8 135 136 137
% 0.82/1.00 139. (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (ndr1_0) (-. (c0_1 (a446))) (c2_1 (a446)) (c3_1 (a446)) ### All 138
% 0.82/1.00 140. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) (c3_1 (a446)) (c2_1 (a446)) (-. (c0_1 (a446))) (ndr1_0) ### DisjTree 139 58 6
% 0.82/1.00 141. ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446)))))) (ndr1_0) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ### ConjTree 140
% 0.82/1.00 142. ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp21)) (ndr1_0) (-. (hskp13)) (-. (hskp4)) ((hskp13) \/ ((hskp27) \/ (hskp4))) ### Or 134 141
% 0.82/1.00 143. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp13) \/ ((hskp27) \/ (hskp4))) (-. (hskp4)) (-. (hskp13)) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ### Or 142 76
% 0.82/1.00 144. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (hskp13)) (-. (hskp4)) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 143 44
% 0.82/1.00 145. (-. (c3_1 (a370))) (c3_1 (a370)) ### Axiom
% 0.82/1.00 146. (c0_1 (a370)) (-. (c0_1 (a370))) ### Axiom
% 0.82/1.00 147. (c2_1 (a370)) (-. (c2_1 (a370))) ### Axiom
% 0.82/1.00 148. ((ndr1_0) => ((c3_1 (a370)) \/ ((-. (c0_1 (a370))) \/ (-. (c2_1 (a370)))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ### DisjTree 8 145 146 147
% 0.82/1.00 149. (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ### All 148
% 0.82/1.00 150. (-. (c0_1 (a368))) (c0_1 (a368)) ### Axiom
% 0.82/1.00 151. (c2_1 (a368)) (-. (c2_1 (a368))) ### Axiom
% 0.82/1.00 152. (c3_1 (a368)) (-. (c3_1 (a368))) ### Axiom
% 0.82/1.00 153. ((ndr1_0) => ((c0_1 (a368)) \/ ((-. (c2_1 (a368))) \/ (-. (c3_1 (a368)))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c0_1 (a368))) (ndr1_0) ### DisjTree 8 150 151 152
% 0.82/1.00 154. (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (ndr1_0) (-. (c0_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ### All 153
% 0.82/1.00 155. (c2_1 (a368)) (-. (c2_1 (a368))) ### Axiom
% 0.82/1.00 156. (c3_1 (a368)) (-. (c3_1 (a368))) ### Axiom
% 0.82/1.00 157. ((ndr1_0) => ((-. (c0_1 (a368))) \/ ((-. (c2_1 (a368))) \/ (-. (c3_1 (a368)))))) (c3_1 (a368)) (c2_1 (a368)) (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (ndr1_0) ### DisjTree 8 154 155 156
% 0.82/1.00 158. (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) (ndr1_0) (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (c2_1 (a368)) (c3_1 (a368)) ### All 157
% 0.82/1.00 159. ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a368)) (c2_1 (a368)) (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ### DisjTree 149 158 3
% 0.82/1.00 160. (-. (hskp0)) (hskp0) ### P-NotP
% 0.82/1.00 161. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ### Or 159 160
% 0.82/1.00 162. (-. (c1_1 (a379))) (c1_1 (a379)) ### Axiom
% 0.82/1.00 163. (-. (c3_1 (a379))) (c3_1 (a379)) ### Axiom
% 0.82/1.00 164. (c2_1 (a379)) (-. (c2_1 (a379))) ### Axiom
% 0.82/1.00 165. ((ndr1_0) => ((c1_1 (a379)) \/ ((c3_1 (a379)) \/ (-. (c2_1 (a379)))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) ### DisjTree 8 162 163 164
% 0.82/1.00 166. (All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ### All 165
% 0.82/1.00 167. (c0_1 (a369)) (-. (c0_1 (a369))) ### Axiom
% 0.82/1.00 168. (c1_1 (a369)) (-. (c1_1 (a369))) ### Axiom
% 0.82/1.00 169. (c3_1 (a369)) (-. (c3_1 (a369))) ### Axiom
% 0.82/1.00 170. ((ndr1_0) => ((-. (c0_1 (a369))) \/ ((-. (c1_1 (a369))) \/ (-. (c3_1 (a369)))))) (c3_1 (a369)) (c1_1 (a369)) (c0_1 (a369)) (ndr1_0) ### DisjTree 8 167 168 169
% 0.82/1.00 171. (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) (ndr1_0) (c0_1 (a369)) (c1_1 (a369)) (c3_1 (a369)) ### All 170
% 0.82/1.00 172. (-. (c2_1 (a369))) (c2_1 (a369)) ### Axiom
% 0.82/1.00 173. (c3_1 (a369)) (-. (c3_1 (a369))) ### Axiom
% 0.82/1.00 174. ((ndr1_0) => ((c1_1 (a369)) \/ ((c2_1 (a369)) \/ (-. (c3_1 (a369)))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) (ndr1_0) ### DisjTree 8 171 172 173
% 0.82/1.00 175. (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (ndr1_0) (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ### All 174
% 0.82/1.00 176. (-. (c0_1 (a365))) (c0_1 (a365)) ### Axiom
% 0.82/1.00 177. (c1_1 (a365)) (-. (c1_1 (a365))) ### Axiom
% 0.82/1.00 178. (c3_1 (a365)) (-. (c3_1 (a365))) ### Axiom
% 0.82/1.00 179. ((ndr1_0) => ((c0_1 (a365)) \/ ((-. (c1_1 (a365))) \/ (-. (c3_1 (a365)))))) (c3_1 (a365)) (c1_1 (a365)) (-. (c0_1 (a365))) (ndr1_0) ### DisjTree 8 176 177 178
% 0.82/1.00 180. (All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) (ndr1_0) (-. (c0_1 (a365))) (c1_1 (a365)) (c3_1 (a365)) ### All 179
% 0.82/1.00 181. (c2_1 (a365)) (-. (c2_1 (a365))) ### Axiom
% 0.82/1.00 182. (c3_1 (a365)) (-. (c3_1 (a365))) ### Axiom
% 0.82/1.00 183. ((ndr1_0) => ((-. (c0_1 (a365))) \/ ((-. (c2_1 (a365))) \/ (-. (c3_1 (a365)))))) (c2_1 (a365)) (c3_1 (a365)) (c1_1 (a365)) (All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) (ndr1_0) ### DisjTree 8 180 181 182
% 0.82/1.00 184. (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) (ndr1_0) (All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) (c1_1 (a365)) (c3_1 (a365)) (c2_1 (a365)) ### All 183
% 0.82/1.00 185. ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a365)) (c3_1 (a365)) (c1_1 (a365)) (All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) ### DisjTree 166 175 184
% 0.82/1.00 186. (-. (c1_1 (a368))) (c1_1 (a368)) ### Axiom
% 0.82/1.00 187. (c0_1 (a368)) (-. (c0_1 (a368))) ### Axiom
% 0.82/1.00 188. (c3_1 (a368)) (-. (c3_1 (a368))) ### Axiom
% 0.82/1.00 189. ((ndr1_0) => ((c1_1 (a368)) \/ ((-. (c0_1 (a368))) \/ (-. (c3_1 (a368)))))) (c3_1 (a368)) (c0_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ### DisjTree 8 186 187 188
% 0.82/1.00 190. (All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) (ndr1_0) (-. (c1_1 (a368))) (c0_1 (a368)) (c3_1 (a368)) ### All 189
% 0.82/1.00 191. (c2_1 (a368)) (-. (c2_1 (a368))) ### Axiom
% 0.82/1.00 192. (c3_1 (a368)) (-. (c3_1 (a368))) ### Axiom
% 0.82/1.00 193. ((ndr1_0) => ((c0_1 (a368)) \/ ((-. (c2_1 (a368))) \/ (-. (c3_1 (a368)))))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) (ndr1_0) ### DisjTree 8 190 191 192
% 0.82/1.00 194. (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (ndr1_0) (All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ### All 193
% 0.82/1.00 195. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) (c1_1 (a365)) (c3_1 (a365)) (c2_1 (a365)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ### DisjTree 185 194 101
% 0.82/1.00 196. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a365)) (c3_1 (a365)) (c1_1 (a365)) (All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### DisjTree 195 58 6
% 0.82/1.00 197. (-. (c0_1 (a365))) (c0_1 (a365)) ### Axiom
% 0.82/1.00 198. (c2_1 (a365)) (-. (c2_1 (a365))) ### Axiom
% 0.82/1.00 199. (c3_1 (a365)) (-. (c3_1 (a365))) ### Axiom
% 0.82/1.00 200. ((ndr1_0) => ((c0_1 (a365)) \/ ((-. (c2_1 (a365))) \/ (-. (c3_1 (a365)))))) (c3_1 (a365)) (c2_1 (a365)) (-. (c0_1 (a365))) (ndr1_0) ### DisjTree 8 197 198 199
% 0.82/1.00 201. (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (ndr1_0) (-. (c0_1 (a365))) (c2_1 (a365)) (c3_1 (a365)) ### All 200
% 0.82/1.00 202. (c2_1 (a365)) (-. (c2_1 (a365))) ### Axiom
% 0.82/1.00 203. (c3_1 (a365)) (-. (c3_1 (a365))) ### Axiom
% 0.82/1.00 204. ((ndr1_0) => ((-. (c0_1 (a365))) \/ ((-. (c2_1 (a365))) \/ (-. (c3_1 (a365)))))) (c3_1 (a365)) (c2_1 (a365)) (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (ndr1_0) ### DisjTree 8 201 202 203
% 0.82/1.00 205. (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) (ndr1_0) (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (c2_1 (a365)) (c3_1 (a365)) ### All 204
% 0.82/1.00 206. ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a365)) (c2_1 (a365)) (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) ### DisjTree 166 175 205
% 0.82/1.00 207. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (c2_1 (a365)) (c3_1 (a365)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ### Or 206 160
% 0.82/1.00 208. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a365)) (c3_1 (a365)) (c2_1 (a365)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ### DisjTree 196 207 149
% 0.82/1.00 209. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### ConjTree 208
% 0.82/1.00 210. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 26 209
% 0.82/1.00 211. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 210
% 0.82/1.00 212. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 211
% 0.82/1.00 213. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 212 125
% 0.82/1.00 214. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 213 76
% 0.82/1.00 215. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 214 44
% 0.82/1.00 216. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 215
% 0.82/1.00 217. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (c1_1 (a368))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a368)) (c2_1 (a368)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ### Or 161 216
% 0.82/1.00 218. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) (ndr1_0) (c2_1 (a368)) (c3_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a368))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 217
% 0.82/1.00 219. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp13) \/ ((hskp27) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 144 218
% 0.82/1.00 220. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 219
% 0.82/1.00 221. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### Or 131 220
% 0.82/1.00 222. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 221
% 0.82/1.01 223. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 57 222
% 0.82/1.01 224. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp11)) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 45
% 0.82/1.01 225. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp15)) (-. (hskp11)) ((hskp15) \/ ((hskp11) \/ (hskp16))) ### Or 4 224
% 0.82/1.01 226. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (-. (hskp11)) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 55
% 0.82/1.01 227. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((hskp15) \/ ((hskp11) \/ (hskp16))) (-. (hskp11)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 225 226
% 0.82/1.01 228. ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a365)) (c3_1 (a365)) (c1_1 (a365)) (All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) (c3_1 (a373)) (c1_1 (a373)) (c0_1 (a373)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) ### DisjTree 166 112 184
% 0.82/1.01 229. (-. (c1_1 (a360))) (c1_1 (a360)) ### Axiom
% 0.82/1.01 230. (-. (c2_1 (a360))) (c2_1 (a360)) ### Axiom
% 0.82/1.01 231. (-. (c3_1 (a360))) (c3_1 (a360)) ### Axiom
% 0.82/1.01 232. ((ndr1_0) => ((c1_1 (a360)) \/ ((c2_1 (a360)) \/ (c3_1 (a360))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) ### DisjTree 8 229 230 231
% 0.82/1.01 233. (All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) (ndr1_0) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ### All 232
% 0.82/1.01 234. (-. (hskp20)) (hskp20) ### P-NotP
% 0.82/1.01 235. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a373)) (c1_1 (a373)) (c3_1 (a373)) (c1_1 (a365)) (c3_1 (a365)) (c2_1 (a365)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ### DisjTree 228 233 234
% 0.82/1.01 236. ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a365)) (c3_1 (a365)) (c1_1 (a365)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### ConjTree 235
% 0.82/1.01 237. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a365)) (c3_1 (a365)) (c2_1 (a365)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ### Or 102 236
% 0.82/1.01 238. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp23)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### ConjTree 237
% 0.82/1.01 239. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 26 238
% 0.82/1.01 240. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp23)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 239
% 0.82/1.01 241. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 240
% 0.82/1.01 242. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 241 125
% 0.82/1.01 243. (-. (c1_1 (a360))) (c1_1 (a360)) ### Axiom
% 0.82/1.01 244. (-. (c3_1 (a360))) (c3_1 (a360)) ### Axiom
% 0.82/1.01 245. (c0_1 (a360)) (-. (c0_1 (a360))) ### Axiom
% 0.82/1.01 246. ((ndr1_0) => ((c1_1 (a360)) \/ ((c3_1 (a360)) \/ (-. (c0_1 (a360)))))) (c0_1 (a360)) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) ### DisjTree 8 243 244 245
% 0.82/1.01 247. (All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) (ndr1_0) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (c0_1 (a360)) ### All 246
% 0.82/1.01 248. (-. (c2_1 (a360))) (c2_1 (a360)) ### Axiom
% 0.82/1.01 249. (-. (c3_1 (a360))) (c3_1 (a360)) ### Axiom
% 0.82/1.01 250. ((ndr1_0) => ((c0_1 (a360)) \/ ((c2_1 (a360)) \/ (c3_1 (a360))))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) (ndr1_0) ### DisjTree 8 247 248 249
% 0.82/1.01 251. (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) (ndr1_0) (All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) ### All 250
% 0.82/1.01 252. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) (c1_1 (a399)) (-. (c3_1 (a399))) (-. (c0_1 (a399))) (ndr1_0) ### DisjTree 13 251 42
% 0.82/1.01 253. (-. (c2_1 (a388))) (c2_1 (a388)) ### Axiom
% 0.82/1.01 254. (-. (c3_1 (a388))) (c3_1 (a388)) ### Axiom
% 0.82/1.01 255. (c1_1 (a388)) (-. (c1_1 (a388))) ### Axiom
% 0.82/1.01 256. ((ndr1_0) => ((c2_1 (a388)) \/ ((c3_1 (a388)) \/ (-. (c1_1 (a388)))))) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) ### DisjTree 8 253 254 255
% 0.82/1.01 257. (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) (ndr1_0) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) ### All 256
% 0.82/1.01 258. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ### DisjTree 252 257 98
% 0.82/1.01 259. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ### ConjTree 258
% 0.82/1.01 260. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 259
% 0.82/1.01 261. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 260
% 0.82/1.01 262. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 242 261
% 0.82/1.01 263. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 262 44
% 0.82/1.01 264. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 263
% 0.82/1.01 265. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (c1_1 (a368))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a368)) (c2_1 (a368)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ### Or 161 264
% 0.82/1.01 266. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) (ndr1_0) (c2_1 (a368)) (c3_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a368))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 265
% 0.82/1.01 267. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp13) \/ ((hskp27) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 144 266
% 0.82/1.01 268. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 267 220
% 0.82/1.01 269. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp13) \/ ((hskp27) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 268
% 0.82/1.01 270. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 227 269
% 0.82/1.01 271. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 270
% 0.82/1.01 272. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 223 271
% 0.82/1.01 273. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) (-. (hskp11)) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ### Or 7 74
% 0.82/1.01 274. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (-. (hskp11)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 273
% 0.82/1.01 275. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (hskp11)) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 274
% 0.82/1.01 276. (-. (c0_1 (a359))) (c0_1 (a359)) ### Axiom
% 0.82/1.01 277. (-. (c1_1 (a359))) (c1_1 (a359)) ### Axiom
% 0.82/1.01 278. (-. (c3_1 (a359))) (c3_1 (a359)) ### Axiom
% 0.82/1.01 279. ((ndr1_0) => ((c0_1 (a359)) \/ ((c1_1 (a359)) \/ (c3_1 (a359))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 8 276 277 278
% 0.82/1.01 280. (All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ### All 279
% 0.82/1.01 281. (-. (hskp7)) (hskp7) ### P-NotP
% 0.82/1.01 282. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 83 281
% 0.82/1.01 283. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ### ConjTree 282
% 0.82/1.01 284. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (-. (hskp11)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 275 283
% 0.82/1.01 285. (-. (hskp1)) (hskp1) ### P-NotP
% 0.82/1.01 286. (-. (hskp14)) (hskp14) ### P-NotP
% 0.82/1.01 287. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp14)) (-. (hskp1)) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ### DisjTree 72 285 286
% 0.82/1.01 288. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) (ndr1_0) (-. (hskp1)) (-. (hskp14)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ### ConjTree 287
% 0.82/1.01 289. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp14)) (-. (hskp1)) (ndr1_0) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 288
% 0.82/1.01 290. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) (-. (hskp14)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 289 283
% 0.82/1.01 291. (-. (c0_1 (a375))) (c0_1 (a375)) ### Axiom
% 0.82/1.01 292. (-. (c0_1 (a375))) (c0_1 (a375)) ### Axiom
% 0.82/1.01 293. (-. (c2_1 (a375))) (c2_1 (a375)) ### Axiom
% 0.82/1.01 294. (c3_1 (a375)) (-. (c3_1 (a375))) ### Axiom
% 0.82/1.01 295. ((ndr1_0) => ((c0_1 (a375)) \/ ((c2_1 (a375)) \/ (-. (c3_1 (a375)))))) (c3_1 (a375)) (-. (c2_1 (a375))) (-. (c0_1 (a375))) (ndr1_0) ### DisjTree 8 292 293 294
% 0.82/1.01 296. (All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) (ndr1_0) (-. (c0_1 (a375))) (-. (c2_1 (a375))) (c3_1 (a375)) ### All 295
% 0.82/1.01 297. (c3_1 (a375)) (-. (c3_1 (a375))) ### Axiom
% 0.82/1.01 298. ((ndr1_0) => ((c0_1 (a375)) \/ ((-. (c2_1 (a375))) \/ (-. (c3_1 (a375)))))) (c3_1 (a375)) (All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) (-. (c0_1 (a375))) (ndr1_0) ### DisjTree 8 291 296 297
% 0.82/1.01 299. (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (ndr1_0) (-. (c0_1 (a375))) (All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) (c3_1 (a375)) ### All 298
% 0.82/1.01 300. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) (c3_1 (a375)) (All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) (-. (c0_1 (a375))) (ndr1_0) ### DisjTree 299 58 6
% 0.82/1.01 301. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a375))) (c3_1 (a375)) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 300 281
% 0.82/1.01 302. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a375)) (-. (c0_1 (a375))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ### Or 301 76
% 0.82/1.01 303. (-. (c0_1 (a375))) (c0_1 (a375)) ### Axiom
% 0.82/1.01 304. (-. (c1_1 (a375))) (c1_1 (a375)) ### Axiom
% 0.82/1.01 305. (c3_1 (a375)) (-. (c3_1 (a375))) ### Axiom
% 0.82/1.01 306. ((ndr1_0) => ((c0_1 (a375)) \/ ((c1_1 (a375)) \/ (-. (c3_1 (a375)))))) (c3_1 (a375)) (-. (c1_1 (a375))) (-. (c0_1 (a375))) (ndr1_0) ### DisjTree 8 303 304 305
% 0.82/1.01 307. (All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) (ndr1_0) (-. (c0_1 (a375))) (-. (c1_1 (a375))) (c3_1 (a375)) ### All 306
% 0.82/1.01 308. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) (c3_1 (a375)) (-. (c1_1 (a375))) (-. (c0_1 (a375))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 307 160
% 0.82/1.01 309. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) (ndr1_0) (-. (c0_1 (a375))) (-. (c1_1 (a375))) (c3_1 (a375)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ### ConjTree 308
% 0.82/1.01 310. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) (-. (c1_1 (a375))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a375))) (c3_1 (a375)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 302 309
% 0.82/1.01 311. ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 310
% 0.82/1.01 312. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 290 311
% 0.82/1.01 313. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### ConjTree 312
% 0.82/1.01 314. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 284 313
% 0.82/1.01 315. (-. (c0_1 (a368))) (c0_1 (a368)) ### Axiom
% 0.82/1.01 316. (-. (c1_1 (a368))) (c1_1 (a368)) ### Axiom
% 0.82/1.01 317. (c2_1 (a368)) (-. (c2_1 (a368))) ### Axiom
% 0.82/1.01 318. ((ndr1_0) => ((c0_1 (a368)) \/ ((c1_1 (a368)) \/ (-. (c2_1 (a368)))))) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c0_1 (a368))) (ndr1_0) ### DisjTree 8 315 316 317
% 0.82/1.01 319. (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (ndr1_0) (-. (c0_1 (a368))) (-. (c1_1 (a368))) (c2_1 (a368)) ### All 318
% 0.82/1.01 320. (c2_1 (a368)) (-. (c2_1 (a368))) ### Axiom
% 0.82/1.01 321. (c3_1 (a368)) (-. (c3_1 (a368))) ### Axiom
% 0.82/1.01 322. ((ndr1_0) => ((-. (c0_1 (a368))) \/ ((-. (c2_1 (a368))) \/ (-. (c3_1 (a368)))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (ndr1_0) ### DisjTree 8 319 320 321
% 0.82/1.01 323. (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) (ndr1_0) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ### All 322
% 0.82/1.01 324. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) ### DisjTree 83 323 6
% 0.82/1.01 325. (-. (c1_1 (a361))) (c1_1 (a361)) ### Axiom
% 0.82/1.01 326. (-. (c2_1 (a361))) (c2_1 (a361)) ### Axiom
% 0.82/1.01 327. (c3_1 (a361)) (-. (c3_1 (a361))) ### Axiom
% 0.82/1.01 328. ((ndr1_0) => ((c1_1 (a361)) \/ ((c2_1 (a361)) \/ (-. (c3_1 (a361)))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ### DisjTree 8 325 326 327
% 0.82/1.01 329. (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ### All 328
% 0.82/1.01 330. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ### DisjTree 329 194 101
% 0.82/1.01 331. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ### DisjTree 324 330 60
% 0.82/1.01 332. (-. (hskp8)) (hskp8) ### P-NotP
% 0.82/1.01 333. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ### DisjTree 324 122 332
% 0.82/1.01 334. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ### ConjTree 333
% 0.82/1.01 335. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ### Or 331 334
% 0.82/1.01 336. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 335
% 0.82/1.01 337. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 78 336
% 0.82/1.01 338. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 337
% 0.82/1.01 339. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 227 338
% 0.82/1.01 340. (-. (c3_1 (a363))) (c3_1 (a363)) ### Axiom
% 0.82/1.01 341. (c1_1 (a363)) (-. (c1_1 (a363))) ### Axiom
% 0.82/1.01 342. (c2_1 (a363)) (-. (c2_1 (a363))) ### Axiom
% 0.82/1.01 343. ((ndr1_0) => ((c3_1 (a363)) \/ ((-. (c1_1 (a363))) \/ (-. (c2_1 (a363)))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ### DisjTree 8 340 341 342
% 0.82/1.01 344. (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) (ndr1_0) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ### All 343
% 0.82/1.01 345. ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) ### DisjTree 166 66 344
% 0.82/1.01 346. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ### ConjTree 345
% 0.82/1.01 347. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a368))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a368)) (c2_1 (a368)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ### Or 161 346
% 0.82/1.01 348. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) (ndr1_0) (c2_1 (a368)) (c3_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a368))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 347
% 0.82/1.01 349. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp13) \/ ((hskp27) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 144 348
% 0.82/1.01 350. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 349
% 0.82/1.01 351. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 227 350
% 0.82/1.01 352. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 351
% 0.82/1.01 353. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 339 352
% 0.82/1.01 354. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 353
% 0.82/1.01 355. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 314 354
% 0.82/1.01 356. (-. (c2_1 (a369))) (c2_1 (a369)) ### Axiom
% 0.82/1.01 357. (c1_1 (a369)) (-. (c1_1 (a369))) ### Axiom
% 0.82/1.01 358. (c3_1 (a369)) (-. (c3_1 (a369))) ### Axiom
% 0.82/1.01 359. ((ndr1_0) => ((c2_1 (a369)) \/ ((-. (c1_1 (a369))) \/ (-. (c3_1 (a369)))))) (c3_1 (a369)) (c1_1 (a369)) (-. (c2_1 (a369))) (ndr1_0) ### DisjTree 8 356 357 358
% 0.82/1.01 360. (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (ndr1_0) (-. (c2_1 (a369))) (c1_1 (a369)) (c3_1 (a369)) ### All 359
% 0.82/1.01 361. (-. (c2_1 (a369))) (c2_1 (a369)) ### Axiom
% 0.82/1.01 362. (c3_1 (a369)) (-. (c3_1 (a369))) ### Axiom
% 0.82/1.01 363. ((ndr1_0) => ((c1_1 (a369)) \/ ((c2_1 (a369)) \/ (-. (c3_1 (a369)))))) (c3_1 (a369)) (-. (c2_1 (a369))) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (ndr1_0) ### DisjTree 8 360 361 362
% 0.82/1.01 364. (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (ndr1_0) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (-. (c2_1 (a369))) (c3_1 (a369)) ### All 363
% 0.82/1.01 365. (c0_1 (a369)) (-. (c0_1 (a369))) ### Axiom
% 0.82/1.01 366. (c3_1 (a369)) (-. (c3_1 (a369))) ### Axiom
% 0.82/1.01 367. ((ndr1_0) => ((c1_1 (a369)) \/ ((-. (c0_1 (a369))) \/ (-. (c3_1 (a369)))))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (ndr1_0) ### DisjTree 8 360 365 366
% 0.82/1.01 368. (All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) (ndr1_0) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ### All 367
% 0.82/1.01 369. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (ndr1_0) ### DisjTree 364 368 101
% 0.82/1.01 370. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 233 369
% 0.82/1.01 371. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 233 122
% 0.82/1.01 372. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### ConjTree 371
% 0.82/1.01 373. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### Or 370 372
% 0.82/1.01 374. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 373
% 0.82/1.01 375. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 267 374
% 0.82/1.01 376. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp13) \/ ((hskp27) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 375
% 0.82/1.01 377. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 227 376
% 0.82/1.01 378. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 377
% 0.82/1.01 379. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 355 378
% 0.82/1.01 380. ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### ConjTree 379
% 0.82/1.01 381. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 272 380
% 0.82/1.01 382. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) (-. (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) (-. (hskp14)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 289 86
% 0.82/1.01 383. (-. (c0_1 (a358))) (c0_1 (a358)) ### Axiom
% 0.82/1.01 384. (-. (c3_1 (a358))) (c3_1 (a358)) ### Axiom
% 0.82/1.01 385. (c2_1 (a358)) (-. (c2_1 (a358))) ### Axiom
% 0.82/1.01 386. ((ndr1_0) => ((c0_1 (a358)) \/ ((c3_1 (a358)) \/ (-. (c2_1 (a358)))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ### DisjTree 8 383 384 385
% 0.82/1.01 387. (All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ### All 386
% 0.82/1.01 388. ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (-. (hskp28)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ### DisjTree 387 23 24
% 0.82/1.01 389. (-. (c3_1 (a380))) (c3_1 (a380)) ### Axiom
% 0.82/1.01 390. (c0_1 (a380)) (-. (c0_1 (a380))) ### Axiom
% 0.82/1.01 391. (c2_1 (a380)) (-. (c2_1 (a380))) ### Axiom
% 0.82/1.01 392. ((ndr1_0) => ((c3_1 (a380)) \/ ((-. (c0_1 (a380))) \/ (-. (c2_1 (a380)))))) (c2_1 (a380)) (c0_1 (a380)) (-. (c3_1 (a380))) (ndr1_0) ### DisjTree 8 389 390 391
% 0.82/1.01 393. (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) (ndr1_0) (-. (c3_1 (a380))) (c0_1 (a380)) (c2_1 (a380)) ### All 392
% 0.82/1.01 394. (-. (c3_1 (a380))) (c3_1 (a380)) ### Axiom
% 0.82/1.01 395. (c0_1 (a380)) (-. (c0_1 (a380))) ### Axiom
% 0.82/1.01 396. ((ndr1_0) => ((c2_1 (a380)) \/ ((c3_1 (a380)) \/ (-. (c0_1 (a380)))))) (c0_1 (a380)) (-. (c3_1 (a380))) (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) (ndr1_0) ### DisjTree 8 393 394 395
% 0.82/1.01 397. (All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) (ndr1_0) (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) (-. (c3_1 (a380))) (c0_1 (a380)) ### All 396
% 0.82/1.01 398. (-. (hskp26)) (hskp26) ### P-NotP
% 0.82/1.01 399. ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) (ndr1_0) ### Or 397 398
% 0.82/1.01 400. ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (-. (c3_1 (a380))) (c0_1 (a380)) (-. (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ### DisjTree 387 399 31
% 0.82/1.01 401. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ### ConjTree 400
% 0.82/1.01 402. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) (-. (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ### Or 388 401
% 0.82/1.01 403. (-. (c2_1 (a418))) (c2_1 (a418)) ### Axiom
% 0.82/1.01 404. (-. (c3_1 (a418))) (c3_1 (a418)) ### Axiom
% 0.82/1.01 405. (c0_1 (a418)) (-. (c0_1 (a418))) ### Axiom
% 0.82/1.01 406. ((ndr1_0) => ((c2_1 (a418)) \/ ((c3_1 (a418)) \/ (-. (c0_1 (a418)))))) (c0_1 (a418)) (-. (c3_1 (a418))) (-. (c2_1 (a418))) (ndr1_0) ### DisjTree 8 403 404 405
% 0.82/1.01 407. (All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) (ndr1_0) (-. (c2_1 (a418))) (-. (c3_1 (a418))) (c0_1 (a418)) ### All 406
% 0.82/1.01 408. (-. (hskp25)) (hskp25) ### P-NotP
% 0.82/1.01 409. ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp25)) (-. (hskp2)) (c0_1 (a418)) (-. (c3_1 (a418))) (-. (c2_1 (a418))) (ndr1_0) ### DisjTree 407 123 408
% 0.82/1.01 410. ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418)))))) (ndr1_0) (-. (hskp2)) (-. (hskp25)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ### ConjTree 409
% 0.82/1.01 411. ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp25)) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 402 410
% 0.82/1.01 412. (-. (c1_1 (a417))) (c1_1 (a417)) ### Axiom
% 0.82/1.01 413. (-. (c3_1 (a417))) (c3_1 (a417)) ### Axiom
% 0.82/1.01 414. (c0_1 (a417)) (-. (c0_1 (a417))) ### Axiom
% 0.82/1.01 415. ((ndr1_0) => ((c1_1 (a417)) \/ ((c3_1 (a417)) \/ (-. (c0_1 (a417)))))) (c0_1 (a417)) (-. (c3_1 (a417))) (-. (c1_1 (a417))) (ndr1_0) ### DisjTree 8 412 413 414
% 0.82/1.01 416. (All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) (ndr1_0) (-. (c1_1 (a417))) (-. (c3_1 (a417))) (c0_1 (a417)) ### All 415
% 0.82/1.01 417. ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp19)) (-. (hskp3)) (c0_1 (a417)) (-. (c3_1 (a417))) (-. (c1_1 (a417))) (ndr1_0) ### DisjTree 416 42 24
% 0.82/1.01 418. ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417)))))) (ndr1_0) (-. (hskp3)) (-. (hskp19)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ### ConjTree 417
% 0.82/1.01 419. ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ### Or 411 418
% 0.82/1.01 420. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ### Or 419 90
% 0.82/1.02 421. ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 420
% 0.82/1.02 422. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp14)) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 382 421
% 0.82/1.02 423. (-. (hskp10)) (hskp10) ### P-NotP
% 0.82/1.02 424. ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c3_1 (a375)) (-. (c1_1 (a375))) (-. (c0_1 (a375))) (ndr1_0) ### DisjTree 307 387 423
% 0.82/1.02 425. ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375)))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ### ConjTree 424
% 0.82/1.02 426. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### Or 422 425
% 0.82/1.02 427. (-. (c0_1 (a366))) (c0_1 (a366)) ### Axiom
% 0.82/1.02 428. (-. (c2_1 (a366))) (c2_1 (a366)) ### Axiom
% 0.82/1.02 429. (-. (c3_1 (a366))) (c3_1 (a366)) ### Axiom
% 0.82/1.02 430. ((ndr1_0) => ((c0_1 (a366)) \/ ((c2_1 (a366)) \/ (c3_1 (a366))))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) ### DisjTree 8 427 428 429
% 0.82/1.02 431. (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ### All 430
% 0.82/1.02 432. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) ### DisjTree 431 31 132
% 0.82/1.02 433. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ### ConjTree 432
% 0.82/1.02 434. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ### Or 388 433
% 0.82/1.02 435. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 434 90
% 0.82/1.02 436. ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ### DisjTree 387 149 31
% 0.82/1.02 437. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ### ConjTree 436
% 0.82/1.02 438. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ### Or 388 437
% 0.82/1.02 439. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 90
% 0.82/1.02 440. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 439
% 0.82/1.02 441. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 435 440
% 0.82/1.02 442. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 441
% 0.82/1.02 443. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### Or 426 442
% 0.82/1.02 444. ((hskp17) \/ ((hskp1) \/ (hskp11))) (-. (hskp11)) (-. (hskp1)) (-. (hskp17)) ### DisjTree 84 285 2
% 0.82/1.02 445. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (c2_1 (a372)) (c1_1 (a372)) (c0_1 (a372)) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 107 123
% 0.82/1.02 446. ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ### ConjTree 445
% 0.82/1.02 447. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) (-. (c3_1 (a380))) (c0_1 (a380)) (c1_1 (a380)) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ### Or 99 446
% 0.82/1.02 448. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) (c1_1 (a380)) (c0_1 (a380)) (-. (c3_1 (a380))) (ndr1_0) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### ConjTree 447
% 0.82/1.02 449. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (c1_1 (a380)) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ### Or 419 448
% 0.82/1.02 450. ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 449
% 0.82/1.02 451. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) (-. (hskp1)) (-. (hskp11)) ((hskp17) \/ ((hskp1) \/ (hskp11))) ### Or 444 450
% 0.82/1.02 452. (-. (c0_1 (a358))) (c0_1 (a358)) ### Axiom
% 0.82/1.02 453. (-. (c0_1 (a358))) (c0_1 (a358)) ### Axiom
% 0.82/1.02 454. (-. (c3_1 (a358))) (c3_1 (a358)) ### Axiom
% 0.82/1.02 455. (c1_1 (a358)) (-. (c1_1 (a358))) ### Axiom
% 0.82/1.02 456. ((ndr1_0) => ((c0_1 (a358)) \/ ((c3_1 (a358)) \/ (-. (c1_1 (a358)))))) (c1_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ### DisjTree 8 453 454 455
% 0.82/1.02 457. (All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c1_1 (a358)) ### All 456
% 0.82/1.02 458. (-. (c3_1 (a358))) (c3_1 (a358)) ### Axiom
% 0.82/1.02 459. ((ndr1_0) => ((c0_1 (a358)) \/ ((c1_1 (a358)) \/ (c3_1 (a358))))) (-. (c3_1 (a358))) (All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) (-. (c0_1 (a358))) (ndr1_0) ### DisjTree 8 452 457 458
% 0.82/1.02 460. (All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) (ndr1_0) (-. (c0_1 (a358))) (All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) (-. (c3_1 (a358))) ### All 459
% 0.82/1.02 461. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) ### DisjTree 460 251 42
% 0.82/1.02 462. (-. (c2_1 (a369))) (c2_1 (a369)) ### Axiom
% 0.82/1.02 463. (c0_1 (a369)) (-. (c0_1 (a369))) ### Axiom
% 0.82/1.02 464. (c3_1 (a369)) (-. (c3_1 (a369))) ### Axiom
% 0.82/1.02 465. ((ndr1_0) => ((c2_1 (a369)) \/ ((-. (c0_1 (a369))) \/ (-. (c3_1 (a369)))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) (ndr1_0) ### DisjTree 8 462 463 464
% 0.82/1.02 466. (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))) (ndr1_0) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ### All 465
% 0.82/1.02 467. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 461 466
% 0.82/1.02 468. (-. (c0_1 (a358))) (c0_1 (a358)) ### Axiom
% 0.82/1.02 469. (-. (c0_1 (a358))) (c0_1 (a358)) ### Axiom
% 0.82/1.02 470. (-. (c1_1 (a358))) (c1_1 (a358)) ### Axiom
% 0.82/1.02 471. (c2_1 (a358)) (-. (c2_1 (a358))) ### Axiom
% 0.82/1.02 472. ((ndr1_0) => ((c0_1 (a358)) \/ ((c1_1 (a358)) \/ (-. (c2_1 (a358)))))) (c2_1 (a358)) (-. (c1_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ### DisjTree 8 469 470 471
% 0.82/1.02 473. (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c1_1 (a358))) (c2_1 (a358)) ### All 472
% 0.82/1.02 474. (c2_1 (a358)) (-. (c2_1 (a358))) ### Axiom
% 0.82/1.02 475. ((ndr1_0) => ((c0_1 (a358)) \/ ((-. (c1_1 (a358))) \/ (-. (c2_1 (a358)))))) (c2_1 (a358)) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c0_1 (a358))) (ndr1_0) ### DisjTree 8 468 473 474
% 0.82/1.02 476. (All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) (ndr1_0) (-. (c0_1 (a358))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (c2_1 (a358)) ### All 475
% 0.82/1.02 477. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c2_1 (a358)) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c0_1 (a358))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 476 160
% 0.82/1.02 478. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c2_1 (a358)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 467 477
% 0.82/1.02 479. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c2_1 (a358)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### ConjTree 478
% 0.82/1.02 480. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ### Or 419 479
% 0.82/1.02 481. ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 480
% 0.82/1.02 482. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) (-. (hskp1)) (-. (hskp11)) ((hskp17) \/ ((hskp1) \/ (hskp11))) ### Or 444 481
% 0.82/1.02 483. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((hskp17) \/ ((hskp1) \/ (hskp11))) (-. (hskp11)) (-. (hskp1)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### ConjTree 482
% 0.82/1.02 484. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((hskp17) \/ ((hskp1) \/ (hskp11))) (-. (hskp11)) (-. (hskp1)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### Or 451 483
% 0.82/1.02 485. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ### DisjTree 252 31 132
% 0.82/1.02 486. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (c1_1 (a399)) (-. (c3_1 (a399))) (-. (c0_1 (a399))) (ndr1_0) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ### ConjTree 485
% 0.82/1.02 487. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ### Or 388 486
% 0.82/1.02 488. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 487
% 0.82/1.02 489. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 488
% 0.82/1.02 490. ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (-. (hskp29)) ### DisjTree 97 132 1
% 0.82/1.02 491. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ### Or 490 446
% 0.82/1.02 492. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### ConjTree 491
% 0.82/1.02 493. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 489 492
% 0.82/1.02 494. (-. (c1_1 (a376))) (c1_1 (a376)) ### Axiom
% 0.82/1.02 495. (-. (c2_1 (a376))) (c2_1 (a376)) ### Axiom
% 0.82/1.02 496. (c0_1 (a376)) (-. (c0_1 (a376))) ### Axiom
% 0.82/1.02 497. (c3_1 (a376)) (-. (c3_1 (a376))) ### Axiom
% 0.82/1.02 498. ((ndr1_0) => ((c2_1 (a376)) \/ ((-. (c0_1 (a376))) \/ (-. (c3_1 (a376)))))) (c3_1 (a376)) (c0_1 (a376)) (-. (c2_1 (a376))) (ndr1_0) ### DisjTree 8 495 496 497
% 0.82/1.02 499. (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))) (ndr1_0) (-. (c2_1 (a376))) (c0_1 (a376)) (c3_1 (a376)) ### All 498
% 0.82/1.02 500. (c0_1 (a376)) (-. (c0_1 (a376))) ### Axiom
% 0.82/1.02 501. ((ndr1_0) => ((c1_1 (a376)) \/ ((c3_1 (a376)) \/ (-. (c0_1 (a376)))))) (c0_1 (a376)) (-. (c2_1 (a376))) (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))) (-. (c1_1 (a376))) (ndr1_0) ### DisjTree 8 494 499 500
% 0.82/1.02 502. (All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) (ndr1_0) (-. (c1_1 (a376))) (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))) (-. (c2_1 (a376))) (c0_1 (a376)) ### All 501
% 0.82/1.02 503. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c0_1 (a376)) (-. (c2_1 (a376))) (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))) (-. (c1_1 (a376))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) ### DisjTree 460 502 42
% 0.82/1.02 504. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 461 503
% 0.82/1.02 505. (-. (c0_1 (a358))) (c0_1 (a358)) ### Axiom
% 0.82/1.02 506. (c1_1 (a358)) (-. (c1_1 (a358))) ### Axiom
% 0.82/1.02 507. (c2_1 (a358)) (-. (c2_1 (a358))) ### Axiom
% 0.82/1.02 508. ((ndr1_0) => ((c0_1 (a358)) \/ ((-. (c1_1 (a358))) \/ (-. (c2_1 (a358)))))) (c2_1 (a358)) (c1_1 (a358)) (-. (c0_1 (a358))) (ndr1_0) ### DisjTree 8 505 506 507
% 0.82/1.02 509. (All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) (ndr1_0) (-. (c0_1 (a358))) (c1_1 (a358)) (c2_1 (a358)) ### All 508
% 0.82/1.02 510. (-. (c3_1 (a358))) (c3_1 (a358)) ### Axiom
% 0.82/1.02 511. (c2_1 (a358)) (-. (c2_1 (a358))) ### Axiom
% 0.82/1.02 512. ((ndr1_0) => ((c1_1 (a358)) \/ ((c3_1 (a358)) \/ (-. (c2_1 (a358)))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) (ndr1_0) ### DisjTree 8 509 510 511
% 0.82/1.02 513. (All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) (ndr1_0) (All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ### All 512
% 0.82/1.02 514. (-. (c3_1 (a358))) (c3_1 (a358)) ### Axiom
% 0.82/1.02 515. (c2_1 (a358)) (-. (c2_1 (a358))) ### Axiom
% 0.82/1.02 516. ((ndr1_0) => ((c3_1 (a358)) \/ ((-. (c1_1 (a358))) \/ (-. (c2_1 (a358)))))) (c2_1 (a358)) (-. (c0_1 (a358))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c3_1 (a358))) (ndr1_0) ### DisjTree 8 514 473 515
% 0.82/1.02 517. (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) (ndr1_0) (-. (c3_1 (a358))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c0_1 (a358))) (c2_1 (a358)) ### All 516
% 0.82/1.02 518. ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) (ndr1_0) ### DisjTree 513 66 517
% 0.82/1.02 519. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 518 160
% 0.82/1.02 520. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c2_1 (a358)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 504 519
% 0.82/1.02 521. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c2_1 (a358)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### ConjTree 520
% 0.82/1.02 522. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 489 521
% 0.82/1.02 523. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 522
% 0.82/1.02 524. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 493 523
% 0.82/1.02 525. (c0_1 (a373)) (-. (c0_1 (a373))) ### Axiom
% 0.82/1.02 526. (-. (c2_1 (a373))) (c2_1 (a373)) ### Axiom
% 0.82/1.02 527. (c0_1 (a373)) (-. (c0_1 (a373))) ### Axiom
% 0.82/1.02 528. (c3_1 (a373)) (-. (c3_1 (a373))) ### Axiom
% 0.82/1.02 529. ((ndr1_0) => ((c2_1 (a373)) \/ ((-. (c0_1 (a373))) \/ (-. (c3_1 (a373)))))) (c3_1 (a373)) (c0_1 (a373)) (-. (c2_1 (a373))) (ndr1_0) ### DisjTree 8 526 527 528
% 0.82/1.02 530. (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))) (ndr1_0) (-. (c2_1 (a373))) (c0_1 (a373)) (c3_1 (a373)) ### All 529
% 0.82/1.02 531. (c3_1 (a373)) (-. (c3_1 (a373))) ### Axiom
% 0.82/1.02 532. ((ndr1_0) => ((-. (c0_1 (a373))) \/ ((-. (c2_1 (a373))) \/ (-. (c3_1 (a373)))))) (c3_1 (a373)) (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))) (c0_1 (a373)) (ndr1_0) ### DisjTree 8 525 530 531
% 0.82/1.02 533. (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) (ndr1_0) (c0_1 (a373)) (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))) (c3_1 (a373)) ### All 532
% 0.82/1.02 534. ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))) (c3_1 (a373)) (c1_1 (a373)) (c0_1 (a373)) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) (ndr1_0) ### DisjTree 513 112 533
% 0.82/1.02 535. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (c0_1 (a373)) (c1_1 (a373)) (c3_1 (a373)) (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 534 160
% 0.82/1.02 536. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a373)) (c1_1 (a373)) (c0_1 (a373)) (c2_1 (a358)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 461 535
% 0.82/1.02 537. ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ### DisjTree 149 323 3
% 0.82/1.02 538. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c2_1 (a358)) (c0_1 (a373)) (c1_1 (a373)) (c3_1 (a373)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 536 537
% 0.82/1.02 539. ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a358)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### ConjTree 538
% 0.82/1.02 540. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ### Or 102 539
% 0.82/1.02 541. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ### DisjTree 537 122 332
% 0.82/1.02 542. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ### ConjTree 541
% 0.82/1.02 543. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a358)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 540 542
% 0.82/1.02 544. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 543
% 0.82/1.02 545. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 544
% 0.82/1.02 546. ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))) (c3_1 (a373)) (c1_1 (a373)) (c0_1 (a373)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) ### DisjTree 166 112 533
% 0.82/1.02 547. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a373)) (c1_1 (a373)) (c3_1 (a373)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 461 546
% 0.82/1.02 548. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c2_1 (a358)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a373)) (c1_1 (a373)) (c0_1 (a373)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 547 477
% 0.82/1.02 549. ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c2_1 (a358)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### ConjTree 548
% 0.82/1.02 550. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c2_1 (a358)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ### Or 102 549
% 0.82/1.02 551. (-. (c0_1 (a398))) (c0_1 (a398)) ### Axiom
% 0.82/1.02 552. (c1_1 (a398)) (-. (c1_1 (a398))) ### Axiom
% 0.82/1.02 553. (c3_1 (a398)) (-. (c3_1 (a398))) ### Axiom
% 0.82/1.02 554. ((ndr1_0) => ((c0_1 (a398)) \/ ((-. (c1_1 (a398))) \/ (-. (c3_1 (a398)))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c0_1 (a398))) (ndr1_0) ### DisjTree 8 551 552 553
% 0.82/1.02 555. (All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) (ndr1_0) (-. (c0_1 (a398))) (c1_1 (a398)) (c3_1 (a398)) ### All 554
% 0.82/1.02 556. (c1_1 (a398)) (-. (c1_1 (a398))) ### Axiom
% 0.82/1.02 557. (c3_1 (a398)) (-. (c3_1 (a398))) ### Axiom
% 0.82/1.02 558. ((ndr1_0) => ((-. (c0_1 (a398))) \/ ((-. (c1_1 (a398))) \/ (-. (c3_1 (a398)))))) (c3_1 (a398)) (c1_1 (a398)) (All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) (ndr1_0) ### DisjTree 8 555 556 557
% 0.82/1.02 559. (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) (ndr1_0) (All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) (c1_1 (a398)) (c3_1 (a398)) ### All 558
% 0.82/1.02 560. (-. (hskp22)) (hskp22) ### P-NotP
% 0.82/1.02 561. ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (-. (hskp30)) (c3_1 (a398)) (c1_1 (a398)) (All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) (ndr1_0) ### DisjTree 559 100 560
% 0.82/1.02 562. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (c1_1 (a398)) (c3_1 (a398)) (-. (hskp30)) (-. (hskp22)) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ### DisjTree 561 233 234
% 0.82/1.02 563. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ### DisjTree 461 233 122
% 0.82/1.02 564. ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a373)) (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))) (c0_1 (a373)) (c3_1 (a398)) (c1_1 (a398)) (All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) (ndr1_0) ### DisjTree 513 559 533
% 0.82/1.02 565. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (c1_1 (a398)) (c3_1 (a398)) (c0_1 (a373)) (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))) (c3_1 (a373)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ### DisjTree 564 233 234
% 0.82/1.02 566. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a373)) (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))) (c0_1 (a373)) (c3_1 (a398)) (c1_1 (a398)) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 565 160
% 0.82/1.02 567. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (c2_1 (a358)) (c0_1 (a373)) (c3_1 (a373)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c2_1 (a398))) (c1_1 (a398)) (c3_1 (a398)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 563 566
% 0.82/1.02 568. ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a358)) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ### ConjTree 567
% 0.82/1.02 569. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c2_1 (a398))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (c3_1 (a398)) (c1_1 (a398)) (ndr1_0) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 562 568
% 0.82/1.02 570. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (-. (hskp22)) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a358)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### ConjTree 569
% 0.82/1.02 571. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c2_1 (a358)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 550 570
% 0.82/1.02 572. (-. (c0_1 (a397))) (c0_1 (a397)) ### Axiom
% 0.82/1.02 573. (c1_1 (a397)) (-. (c1_1 (a397))) ### Axiom
% 0.82/1.02 574. (c2_1 (a397)) (-. (c2_1 (a397))) ### Axiom
% 0.82/1.02 575. ((ndr1_0) => ((c0_1 (a397)) \/ ((-. (c1_1 (a397))) \/ (-. (c2_1 (a397)))))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (ndr1_0) ### DisjTree 8 572 573 574
% 0.82/1.02 576. (All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) (ndr1_0) (-. (c0_1 (a397))) (c1_1 (a397)) (c2_1 (a397)) ### All 575
% 0.82/1.02 577. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 576 160
% 0.82/1.02 578. ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397)))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ### ConjTree 577
% 0.82/1.02 579. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c2_1 (a358)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 571 578
% 0.82/1.02 580. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c2_1 (a398))) (c1_1 (a398)) (c3_1 (a398)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### DisjTree 563 257 98
% 0.82/1.02 581. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ### ConjTree 580
% 0.82/1.02 582. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c2_1 (a358)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 550 581
% 0.82/1.02 583. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c2_1 (a358)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 582
% 0.82/1.02 584. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c2_1 (a358)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 579 583
% 0.82/1.02 585. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c2_1 (a358)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 584
% 0.82/1.02 586. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 585
% 0.82/1.02 587. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 586
% 0.82/1.02 588. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 545 587
% 0.82/1.02 589. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 588
% 0.82/1.02 590. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 524 589
% 0.82/1.02 591. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 479
% 0.82/1.02 592. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 591
% 0.82/1.02 593. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 524 592
% 0.82/1.02 594. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 593
% 0.82/1.02 595. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 590 594
% 0.82/1.02 596. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 595
% 0.82/1.02 597. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) (-. (hskp1)) ((hskp17) \/ ((hskp1) \/ (hskp11))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 484 596
% 0.82/1.02 598. ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) (ndr1_0) ### DisjTree 513 66 344
% 0.82/1.02 599. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 598 160
% 0.82/1.02 600. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ### ConjTree 599
% 0.82/1.02 601. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 600
% 0.82/1.02 602. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 601
% 0.82/1.02 603. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 524 602
% 0.82/1.02 604. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 603
% 0.82/1.02 605. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) (-. (hskp1)) ((hskp17) \/ ((hskp1) \/ (hskp11))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 484 604
% 0.82/1.03 606. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((hskp17) \/ ((hskp1) \/ (hskp11))) (-. (hskp1)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 605
% 0.82/1.03 607. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((hskp17) \/ ((hskp1) \/ (hskp11))) (-. (hskp1)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 597 606
% 0.82/1.03 608. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) (-. (hskp1)) ((hskp17) \/ ((hskp1) \/ (hskp11))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 607
% 0.82/1.03 609. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((hskp17) \/ ((hskp1) \/ (hskp11))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 443 608
% 0.82/1.03 610. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 290 425
% 0.82/1.03 611. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ### Or 388 33
% 0.82/1.03 612. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 280 477
% 0.82/1.03 613. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c2_1 (a358)) (-. (c0_1 (a358))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### ConjTree 612
% 0.82/1.03 614. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 613
% 0.82/1.03 615. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp14)) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 382 450
% 0.82/1.03 616. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) (c3_1 (a375)) (-. (c1_1 (a375))) (-. (c0_1 (a375))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 434 309
% 0.82/1.03 617. ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 616
% 0.82/1.03 618. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### Or 615 617
% 0.82/1.03 619. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 280 519
% 0.82/1.03 620. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### ConjTree 619
% 0.82/1.03 621. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 620
% 0.82/1.03 622. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 621
% 0.82/1.03 623. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### Or 618 622
% 0.82/1.03 624. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 431 466
% 0.82/1.03 625. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ### ConjTree 624
% 0.82/1.03 626. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 434 625
% 0.82/1.03 627. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 625
% 0.82/1.03 628. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 627
% 0.82/1.03 629. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 626 628
% 0.82/1.03 630. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 629
% 0.82/1.03 631. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 623 630
% 0.82/1.03 632. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 631
% 0.82/1.03 633. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 614 632
% 0.82/1.03 634. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 633
% 0.82/1.03 635. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### Or 610 634
% 0.82/1.03 636. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### Or 615 425
% 0.82/1.03 637. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) ### DisjTree 83 31 3
% 0.82/1.03 638. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ### ConjTree 637
% 0.82/1.03 639. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ### Or 388 638
% 0.82/1.03 640. (-. (c0_1 (a359))) (c0_1 (a359)) ### Axiom
% 0.82/1.03 641. (-. (c0_1 (a359))) (c0_1 (a359)) ### Axiom
% 0.82/1.03 642. (-. (c1_1 (a359))) (c1_1 (a359)) ### Axiom
% 0.82/1.03 643. (c2_1 (a359)) (-. (c2_1 (a359))) ### Axiom
% 0.82/1.03 644. ((ndr1_0) => ((c0_1 (a359)) \/ ((c1_1 (a359)) \/ (-. (c2_1 (a359)))))) (c2_1 (a359)) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 8 641 642 643
% 0.82/1.03 645. (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (c2_1 (a359)) ### All 644
% 0.82/1.03 646. (-. (c3_1 (a359))) (c3_1 (a359)) ### Axiom
% 0.82/1.03 647. ((ndr1_0) => ((c0_1 (a359)) \/ ((c2_1 (a359)) \/ (c3_1 (a359))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 8 640 645 646
% 0.82/1.03 648. (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) (ndr1_0) (-. (c0_1 (a359))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ### All 647
% 0.82/1.03 649. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c0_1 (a359))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 648 466
% 0.82/1.03 650. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 280 649
% 0.82/1.03 651. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### ConjTree 650
% 0.82/1.03 652. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 639 651
% 0.82/1.03 653. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 652
% 0.82/1.03 654. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) (-. (hskp14)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 289 653
% 0.82/1.03 655. (-. (c1_1 (a361))) (c1_1 (a361)) ### Axiom
% 0.82/1.03 656. (-. (c0_1 (a361))) (c0_1 (a361)) ### Axiom
% 0.82/1.03 657. (-. (c1_1 (a361))) (c1_1 (a361)) ### Axiom
% 0.82/1.03 658. (c3_1 (a361)) (-. (c3_1 (a361))) ### Axiom
% 0.82/1.03 659. ((ndr1_0) => ((c0_1 (a361)) \/ ((c1_1 (a361)) \/ (-. (c3_1 (a361)))))) (c3_1 (a361)) (-. (c1_1 (a361))) (-. (c0_1 (a361))) (ndr1_0) ### DisjTree 8 656 657 658
% 0.82/1.03 660. (All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) (ndr1_0) (-. (c0_1 (a361))) (-. (c1_1 (a361))) (c3_1 (a361)) ### All 659
% 0.82/1.03 661. (c3_1 (a361)) (-. (c3_1 (a361))) ### Axiom
% 0.82/1.03 662. ((ndr1_0) => ((c1_1 (a361)) \/ ((-. (c0_1 (a361))) \/ (-. (c3_1 (a361)))))) (c3_1 (a361)) (All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) (-. (c1_1 (a361))) (ndr1_0) ### DisjTree 8 655 660 661
% 0.82/1.03 663. (All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) (ndr1_0) (-. (c1_1 (a361))) (All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) (c3_1 (a361)) ### All 662
% 0.82/1.03 664. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ### DisjTree 329 663 101
% 0.82/1.03 665. ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### DisjTree 664 387 423
% 0.82/1.03 666. ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c3_1 (a358))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) ### DisjTree 166 66 517
% 0.82/1.03 667. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ### DisjTree 666 122 332
% 0.82/1.03 668. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ### ConjTree 667
% 0.82/1.03 669. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ### Or 665 668
% 0.82/1.03 670. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 669
% 0.82/1.03 671. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp14)) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 654 670
% 0.82/1.03 672. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 671 425
% 0.82/1.03 673. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### ConjTree 672
% 0.82/1.03 674. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### Or 636 673
% 0.82/1.03 675. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 674
% 0.82/1.03 676. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 614 675
% 0.82/1.03 677. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 434 492
% 0.82/1.03 678. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (hskp24)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ### DisjTree 329 5 60
% 0.82/1.03 679. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c0_1 (a376)) (-. (c2_1 (a376))) (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))) (-. (c1_1 (a376))) (c1_1 (a399)) (-. (c3_1 (a399))) (-. (c0_1 (a399))) (ndr1_0) ### DisjTree 13 502 42
% 0.82/1.03 680. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 431 679
% 0.82/1.03 681. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ### ConjTree 680
% 0.82/1.03 682. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ### Or 678 681
% 0.82/1.03 683. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 682
% 0.82/1.03 684. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 434 683
% 0.82/1.03 685. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 684
% 0.82/1.03 686. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 677 685
% 0.82/1.03 687. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 686 622
% 0.82/1.03 688. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 687
% 0.82/1.03 689. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 614 688
% 0.82/1.03 690. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 689
% 0.82/1.03 691. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 676 690
% 0.82/1.03 692. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 492
% 0.82/1.03 693. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ### Or 678 54
% 0.82/1.03 694. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 693
% 0.82/1.03 695. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 692 694
% 0.82/1.03 696. (-. (c0_1 (a363))) (c0_1 (a363)) ### Axiom
% 0.82/1.03 697. (-. (c3_1 (a363))) (c3_1 (a363)) ### Axiom
% 0.82/1.03 698. (c1_1 (a363)) (-. (c1_1 (a363))) ### Axiom
% 0.82/1.03 699. ((ndr1_0) => ((c0_1 (a363)) \/ ((c3_1 (a363)) \/ (-. (c1_1 (a363)))))) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c0_1 (a363))) (ndr1_0) ### DisjTree 8 696 697 698
% 0.82/1.03 700. (All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) (ndr1_0) (-. (c0_1 (a363))) (-. (c3_1 (a363))) (c1_1 (a363)) ### All 699
% 0.82/1.03 701. (c1_1 (a363)) (-. (c1_1 (a363))) ### Axiom
% 0.82/1.03 702. (c2_1 (a363)) (-. (c2_1 (a363))) ### Axiom
% 0.82/1.03 703. ((ndr1_0) => ((-. (c0_1 (a363))) \/ ((-. (c1_1 (a363))) \/ (-. (c2_1 (a363)))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) (ndr1_0) ### DisjTree 8 700 701 702
% 0.82/1.03 704. (All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) (ndr1_0) (All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ### All 703
% 0.82/1.03 705. (-. (c1_1 (a379))) (c1_1 (a379)) ### Axiom
% 0.82/1.03 706. (-. (c0_1 (a379))) (c0_1 (a379)) ### Axiom
% 0.82/1.03 707. (-. (c1_1 (a379))) (c1_1 (a379)) ### Axiom
% 0.82/1.03 708. (c2_1 (a379)) (-. (c2_1 (a379))) ### Axiom
% 0.82/1.03 709. ((ndr1_0) => ((c0_1 (a379)) \/ ((c1_1 (a379)) \/ (-. (c2_1 (a379)))))) (c2_1 (a379)) (-. (c1_1 (a379))) (-. (c0_1 (a379))) (ndr1_0) ### DisjTree 8 706 707 708
% 0.82/1.03 710. (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (ndr1_0) (-. (c0_1 (a379))) (-. (c1_1 (a379))) (c2_1 (a379)) ### All 709
% 0.82/1.03 711. (c2_1 (a379)) (-. (c2_1 (a379))) ### Axiom
% 0.82/1.03 712. ((ndr1_0) => ((c1_1 (a379)) \/ ((-. (c0_1 (a379))) \/ (-. (c2_1 (a379)))))) (c2_1 (a379)) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c1_1 (a379))) (ndr1_0) ### DisjTree 8 705 710 711
% 0.82/1.03 713. (All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) (ndr1_0) (-. (c1_1 (a379))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (c2_1 (a379)) ### All 712
% 0.82/1.03 714. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp28)) (c2_1 (a379)) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c1_1 (a379))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) ### DisjTree 704 713 23
% 0.82/1.03 715. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a379))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (c2_1 (a379)) (-. (hskp28)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 714 123
% 0.82/1.03 716. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp28)) (c2_1 (a379)) (-. (c1_1 (a379))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 280 715
% 0.82/1.03 717. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a379))) (c2_1 (a379)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### Or 716 437
% 0.82/1.03 718. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a379)) (-. (c1_1 (a379))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 717
% 0.82/1.03 719. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a379))) (c2_1 (a379)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 718
% 0.82/1.03 720. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 719
% 0.82/1.03 721. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp15)) (-. (hskp11)) ((hskp15) \/ ((hskp11) \/ (hskp16))) ### Or 4 720
% 0.82/1.03 722. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp15) \/ ((hskp11) \/ (hskp16))) (-. (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 721 694
% 0.82/1.03 723. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp11)) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### ConjTree 722
% 0.82/1.03 724. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 695 723
% 0.82/1.03 725. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 639 600
% 0.82/1.03 726. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 725
% 0.82/1.03 727. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) (-. (hskp14)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 289 726
% 0.82/1.03 728. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp14)) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 727 346
% 0.82/1.03 729. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 728 425
% 0.82/1.03 730. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### ConjTree 729
% 0.82/1.03 731. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 724 730
% 0.82/1.03 732. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c0_1 (a376)) (-. (c2_1 (a376))) (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))) (-. (c1_1 (a376))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) ### DisjTree 704 502 42
% 0.82/1.03 733. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a376))) (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 732 123
% 0.82/1.03 734. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 431 733
% 0.82/1.03 735. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ### ConjTree 734
% 0.82/1.03 736. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 434 735
% 0.82/1.03 737. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 736
% 0.82/1.03 738. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 677 737
% 0.82/1.04 739. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 735
% 0.82/1.04 740. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 739
% 0.82/1.04 741. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((hskp15) \/ ((hskp11) \/ (hskp16))) (-. (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 721 740
% 0.82/1.04 742. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp11)) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### ConjTree 741
% 0.82/1.04 743. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((hskp15) \/ ((hskp11) \/ (hskp16))) (-. (hskp11)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 738 742
% 0.82/1.04 744. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 738 602
% 0.82/1.04 745. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 744
% 0.82/1.04 746. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 743 745
% 0.82/1.04 747. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 746
% 0.82/1.04 748. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 731 747
% 0.82/1.04 749. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 748
% 0.82/1.04 750. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 691 749
% 0.82/1.04 751. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 750
% 0.82/1.04 752. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 635 751
% 0.82/1.04 753. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 524 622
% 0.82/1.04 754. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 753
% 0.82/1.04 755. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 614 754
% 0.82/1.04 756. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 755
% 0.82/1.04 757. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 752 756
% 0.82/1.04 758. ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### ConjTree 757
% 0.82/1.04 759. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((hskp17) \/ ((hskp1) \/ (hskp11))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 609 758
% 0.82/1.04 760. ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((hskp17) \/ ((hskp1) \/ (hskp11))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ### ConjTree 759
% 0.82/1.04 761. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((hskp17) \/ ((hskp1) \/ (hskp11))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ### Or 381 760
% 0.82/1.04 762. (-. (c0_1 (a357))) (c0_1 (a357)) ### Axiom
% 0.82/1.04 763. (-. (c0_1 (a357))) (c0_1 (a357)) ### Axiom
% 0.82/1.04 764. (-. (c2_1 (a357))) (c2_1 (a357)) ### Axiom
% 0.82/1.04 765. (c1_1 (a357)) (-. (c1_1 (a357))) ### Axiom
% 0.82/1.04 766. ((ndr1_0) => ((c0_1 (a357)) \/ ((c2_1 (a357)) \/ (-. (c1_1 (a357)))))) (c1_1 (a357)) (-. (c2_1 (a357))) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 8 763 764 765
% 0.82/1.04 767. (All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) (ndr1_0) (-. (c0_1 (a357))) (-. (c2_1 (a357))) (c1_1 (a357)) ### All 766
% 0.82/1.04 768. (c3_1 (a357)) (-. (c3_1 (a357))) ### Axiom
% 0.82/1.04 769. ((ndr1_0) => ((c0_1 (a357)) \/ ((-. (c2_1 (a357))) \/ (-. (c3_1 (a357)))))) (c3_1 (a357)) (c1_1 (a357)) (All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 8 762 767 768
% 0.82/1.04 770. (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (ndr1_0) (-. (c0_1 (a357))) (All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) (c1_1 (a357)) (c3_1 (a357)) ### All 769
% 0.82/1.04 771. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) (c3_1 (a357)) (c1_1 (a357)) (All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 770 58 6
% 0.82/1.04 772. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (c1_1 (a399)) (-. (c3_1 (a399))) (-. (c0_1 (a399))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ### DisjTree 771 13 6
% 0.82/1.04 773. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ### ConjTree 772
% 0.82/1.04 774. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp21)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp11)) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ### Or 7 773
% 0.82/1.04 775. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp14)) (-. (hskp1)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (-. (hskp11)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 774 288
% 0.82/1.04 776. ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) (-. (hskp11)) (-. (hskp8)) (c3_1 (a375)) (-. (c1_1 (a375))) (-. (c0_1 (a375))) (ndr1_0) ### DisjTree 307 332 2
% 0.82/1.04 777. ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375)))))) (ndr1_0) (-. (hskp8)) (-. (hskp11)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ### ConjTree 776
% 0.82/1.04 778. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp11)) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 775 777
% 0.82/1.04 779. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 773
% 0.82/1.04 780. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 779 76
% 0.82/1.04 781. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 780 90
% 0.82/1.04 782. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 781
% 0.82/1.04 783. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp8)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### Or 778 782
% 0.82/1.04 784. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (c0_1 (a375))) (c3_1 (a375)) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ### DisjTree 300 344 88
% 0.82/1.04 785. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp11)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a375)) (-. (c0_1 (a375))) (ndr1_0) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ### Or 784 274
% 0.82/1.04 786. ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp11)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### ConjTree 785
% 0.82/1.04 787. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp11)) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 775 786
% 0.82/1.04 788. (-. (c0_1 (a357))) (c0_1 (a357)) ### Axiom
% 0.82/1.04 789. (c1_1 (a357)) (-. (c1_1 (a357))) ### Axiom
% 0.82/1.04 790. (c2_1 (a357)) (-. (c2_1 (a357))) ### Axiom
% 0.82/1.04 791. (c3_1 (a357)) (-. (c3_1 (a357))) ### Axiom
% 0.82/1.04 792. ((ndr1_0) => ((-. (c1_1 (a357))) \/ ((-. (c2_1 (a357))) \/ (-. (c3_1 (a357)))))) (c3_1 (a357)) (c2_1 (a357)) (c1_1 (a357)) (ndr1_0) ### DisjTree 8 789 790 791
% 0.82/1.04 793. (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) (ndr1_0) (c1_1 (a357)) (c2_1 (a357)) (c3_1 (a357)) ### All 792
% 0.82/1.04 794. (c1_1 (a357)) (-. (c1_1 (a357))) ### Axiom
% 0.82/1.04 795. ((ndr1_0) => ((c0_1 (a357)) \/ ((c2_1 (a357)) \/ (-. (c1_1 (a357)))))) (c3_1 (a357)) (c1_1 (a357)) (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 8 788 793 794
% 0.82/1.04 796. (All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) (ndr1_0) (-. (c0_1 (a357))) (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) (c1_1 (a357)) (c3_1 (a357)) ### All 795
% 0.82/1.04 797. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 770 796 3
% 0.82/1.04 798. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp14)) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ### DisjTree 797 285 286
% 0.82/1.04 799. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (hskp1)) (-. (hskp14)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ### Or 798 346
% 0.82/1.04 800. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a375)) (-. (c0_1 (a375))) (ndr1_0) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ### Or 784 76
% 0.82/1.04 801. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (c0_1 (a375))) (c3_1 (a375)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 800 90
% 0.82/1.04 802. ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 801
% 0.82/1.04 803. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 799 802
% 0.82/1.04 804. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### ConjTree 803
% 0.82/1.04 805. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### Or 787 804
% 0.82/1.04 806. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 805
% 0.82/1.04 807. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 783 806
% 0.82/1.04 808. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (-. (hskp11)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 774 274
% 0.82/1.04 809. (-. (c0_1 (a357))) (c0_1 (a357)) ### Axiom
% 0.82/1.04 810. (c1_1 (a357)) (-. (c1_1 (a357))) ### Axiom
% 0.82/1.04 811. (c3_1 (a357)) (-. (c3_1 (a357))) ### Axiom
% 0.82/1.04 812. ((ndr1_0) => ((c0_1 (a357)) \/ ((-. (c1_1 (a357))) \/ (-. (c3_1 (a357)))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 8 809 810 811
% 0.82/1.04 813. (All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ### All 812
% 0.82/1.04 814. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 813 233 234
% 0.82/1.04 815. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (c3_1 (a357)) (c1_1 (a357)) (All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 770 257 423
% 0.82/1.04 816. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp14)) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ### DisjTree 815 285 286
% 0.82/1.04 817. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (hskp1)) (-. (hskp14)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ### ConjTree 816
% 0.82/1.04 818. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp14)) (-. (hskp1)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 817
% 0.82/1.04 819. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) (c3_1 (a375)) (-. (c1_1 (a375))) (-. (c0_1 (a375))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 780 309
% 0.82/1.04 820. ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 819
% 0.82/1.04 821. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 818 820
% 0.82/1.04 822. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### ConjTree 821
% 0.82/1.04 823. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 808 822
% 0.82/1.04 824. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) ### DisjTree 431 257 98
% 0.82/1.04 825. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ### ConjTree 824
% 0.82/1.04 826. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 825
% 0.82/1.04 827. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 780 625
% 0.82/1.04 828. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 827
% 0.82/1.04 829. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 826 828
% 0.82/1.04 830. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 829
% 0.82/1.04 831. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 808 830
% 0.82/1.04 832. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 831
% 0.82/1.04 833. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 823 832
% 0.82/1.04 834. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 833
% 0.82/1.04 835. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 807 834
% 0.82/1.04 836. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) (-. (hskp14)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 289 336
% 0.82/1.04 837. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 836 820
% 0.82/1.04 838. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### ConjTree 837
% 0.82/1.04 839. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp8)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### Or 778 838
% 0.82/1.05 840. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 799 820
% 0.82/1.05 841. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### ConjTree 840
% 0.82/1.05 842. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 808 841
% 0.82/1.05 843. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 842
% 0.82/1.05 844. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 839 843
% 0.82/1.05 845. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 844
% 0.82/1.05 846. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 314 845
% 0.82/1.05 847. (-. (c0_1 (a357))) (c0_1 (a357)) ### Axiom
% 0.82/1.05 848. (-. (c2_1 (a357))) (c2_1 (a357)) ### Axiom
% 0.82/1.05 849. (c1_1 (a357)) (-. (c1_1 (a357))) ### Axiom
% 0.82/1.05 850. (c3_1 (a357)) (-. (c3_1 (a357))) ### Axiom
% 0.82/1.05 851. ((ndr1_0) => ((c2_1 (a357)) \/ ((-. (c1_1 (a357))) \/ (-. (c3_1 (a357)))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c2_1 (a357))) (ndr1_0) ### DisjTree 8 848 849 850
% 0.82/1.05 852. (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (ndr1_0) (-. (c2_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ### All 851
% 0.82/1.05 853. (c3_1 (a357)) (-. (c3_1 (a357))) ### Axiom
% 0.82/1.05 854. ((ndr1_0) => ((c0_1 (a357)) \/ ((-. (c2_1 (a357))) \/ (-. (c3_1 (a357)))))) (c3_1 (a357)) (c1_1 (a357)) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 8 847 852 853
% 0.82/1.05 855. (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (ndr1_0) (-. (c0_1 (a357))) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (c1_1 (a357)) (c3_1 (a357)) ### All 854
% 0.82/1.05 856. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (c3_1 (a357)) (c1_1 (a357)) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 855 257 423
% 0.82/1.05 857. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 233 856
% 0.82/1.05 858. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### ConjTree 857
% 0.82/1.05 859. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 858
% 0.82/1.05 860. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 859 832
% 0.82/1.05 861. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 860
% 0.82/1.05 862. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 846 861
% 0.82/1.05 863. ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### ConjTree 862
% 0.82/1.05 864. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 835 863
% 0.82/1.05 865. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 90
% 0.82/1.05 866. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (c3_1 (a357)) (c1_1 (a357)) (All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 770 31 3
% 0.82/1.05 867. (-. (c0_1 (a357))) (c0_1 (a357)) ### Axiom
% 0.82/1.05 868. (c3_1 (a357)) (-. (c3_1 (a357))) ### Axiom
% 0.82/1.05 869. ((ndr1_0) => ((c0_1 (a357)) \/ ((c2_1 (a357)) \/ (-. (c3_1 (a357)))))) (c3_1 (a357)) (c1_1 (a357)) (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 8 867 793 868
% 0.82/1.05 870. (All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) (ndr1_0) (-. (c0_1 (a357))) (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) (c1_1 (a357)) (c3_1 (a357)) ### All 869
% 0.82/1.05 871. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) (c3_1 (a357)) (c1_1 (a357)) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 855 870 3
% 0.82/1.05 872. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (ndr1_0) (-. (c0_1 (a357))) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ### DisjTree 871 31 3
% 0.82/1.05 873. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ### DisjTree 866 518 872
% 0.82/1.05 874. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### DisjTree 873 872 332
% 0.82/1.05 875. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ### ConjTree 874
% 0.82/1.05 876. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ### Or 388 875
% 0.82/1.05 877. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 876 90
% 0.82/1.05 878. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ### DisjTree 666 855 332
% 0.82/1.05 879. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ### DisjTree 666 878 60
% 0.82/1.05 880. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ### ConjTree 879
% 0.89/1.05 881. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 877 880
% 0.89/1.05 882. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 881
% 0.89/1.05 883. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 865 882
% 0.89/1.05 884. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) ### DisjTree 83 344 88
% 0.89/1.05 885. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) (ndr1_0) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ### ConjTree 884
% 0.89/1.05 886. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) (-. (hskp14)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 289 885
% 0.89/1.05 887. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 886 425
% 0.89/1.05 888. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### Or 887 442
% 0.89/1.05 889. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 888
% 0.89/1.05 890. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 883 889
% 0.89/1.05 891. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 818 425
% 0.89/1.05 892. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 826 630
% 0.89/1.05 893. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 892
% 0.89/1.05 894. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### Or 891 893
% 0.89/1.05 895. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 894
% 0.89/1.05 896. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 890 895
% 0.89/1.05 897. (-. (c0_1 (a395))) (c0_1 (a395)) ### Axiom
% 0.89/1.05 898. (-. (c2_1 (a395))) (c2_1 (a395)) ### Axiom
% 0.89/1.05 899. (-. (c0_1 (a395))) (c0_1 (a395)) ### Axiom
% 0.89/1.05 900. (-. (c2_1 (a395))) (c2_1 (a395)) ### Axiom
% 0.89/1.05 901. (-. (c3_1 (a395))) (c3_1 (a395)) ### Axiom
% 0.89/1.05 902. ((ndr1_0) => ((c0_1 (a395)) \/ ((c2_1 (a395)) \/ (c3_1 (a395))))) (-. (c3_1 (a395))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ### DisjTree 8 899 900 901
% 0.89/1.05 903. (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (-. (c3_1 (a395))) ### All 902
% 0.89/1.05 904. ((ndr1_0) => ((c0_1 (a395)) \/ ((c2_1 (a395)) \/ (-. (c3_1 (a395)))))) (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ### DisjTree 8 897 898 903
% 0.89/1.05 905. (All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) ### All 904
% 0.89/1.05 906. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) (All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) ### DisjTree 905 870 132
% 0.89/1.05 907. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 906 281
% 0.89/1.05 908. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ### ConjTree 907
% 0.89/1.05 909. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 908
% 0.89/1.05 910. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 909 283
% 0.89/1.05 911. ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ### DisjTree 387 149 796
% 0.89/1.05 912. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp14)) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ### DisjTree 911 285 286
% 0.89/1.05 913. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) (c3_1 (a375)) (-. (c1_1 (a375))) (-. (c0_1 (a375))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 309
% 0.89/1.05 914. ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 913
% 0.89/1.05 915. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ### Or 912 914
% 0.89/1.05 916. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### ConjTree 915
% 0.89/1.05 917. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 910 916
% 0.89/1.05 918. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 813 329 149
% 0.89/1.05 919. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### ConjTree 918
% 0.89/1.05 920. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 695 919
% 0.89/1.05 921. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (hskp1)) (-. (hskp14)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ### Or 798 880
% 0.89/1.05 922. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 921 425
% 0.89/1.05 923. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### ConjTree 922
% 0.89/1.05 924. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 920 923
% 0.89/1.05 925. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 921 617
% 0.89/1.05 926. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### Or 925 916
% 0.89/1.05 927. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 926
% 0.89/1.05 928. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 920 927
% 0.89/1.05 929. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 928
% 0.89/1.05 930. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 924 929
% 0.89/1.05 931. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 728 617
% 0.89/1.05 932. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### Or 931 602
% 0.89/1.05 933. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 932
% 0.89/1.05 934. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 920 933
% 0.89/1.05 935. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 934
% 0.89/1.05 936. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 731 935
% 0.89/1.05 937. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 936
% 0.89/1.05 938. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 930 937
% 0.89/1.05 939. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 938
% 0.89/1.05 940. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 917 939
% 0.89/1.05 941. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 859 893
% 0.89/1.05 942. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 941
% 0.89/1.06 943. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 940 942
% 0.89/1.06 944. ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### ConjTree 943
% 0.89/1.06 945. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 896 944
% 0.89/1.06 946. ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ### ConjTree 945
% 0.89/1.06 947. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ### Or 864 946
% 0.89/1.06 948. ((ndr1_0) /\ ((c1_1 (a357)) /\ ((c3_1 (a357)) /\ (-. (c0_1 (a357)))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ### ConjTree 947
% 0.89/1.06 949. ((-. (hskp3)) \/ ((ndr1_0) /\ ((c1_1 (a357)) /\ ((c3_1 (a357)) /\ (-. (c0_1 (a357))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((hskp17) \/ ((hskp1) \/ (hskp11))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ### Or 761 948
% 0.89/1.06 950. (-. (c1_1 (a356))) (c1_1 (a356)) ### Axiom
% 0.89/1.06 951. (c0_1 (a356)) (-. (c0_1 (a356))) ### Axiom
% 0.89/1.06 952. (c2_1 (a356)) (-. (c2_1 (a356))) ### Axiom
% 0.89/1.06 953. ((ndr1_0) => ((c1_1 (a356)) \/ ((-. (c0_1 (a356))) \/ (-. (c2_1 (a356)))))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ### DisjTree 8 950 951 952
% 0.89/1.06 954. (All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ### All 953
% 0.89/1.06 955. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp28)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (c1_1 (a399)) (-. (c3_1 (a399))) (-. (c0_1 (a399))) (ndr1_0) ### DisjTree 13 954 23
% 0.89/1.06 956. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 955 33
% 0.89/1.06 957. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 956
% 0.89/1.06 958. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp11)) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ### Or 7 957
% 0.89/1.06 959. ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (-. (hskp12)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ### DisjTree 954 98 332
% 0.89/1.06 960. ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c2_1 (a365)) (c3_1 (a365)) (c1_1 (a365)) (All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ### DisjTree 149 184 3
% 0.89/1.06 961. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c1_1 (a365)) (c3_1 (a365)) (c2_1 (a365)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ### DisjTree 960 31 84
% 0.89/1.06 962. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ### ConjTree 961
% 0.89/1.06 963. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 955 962
% 0.89/1.06 964. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 963
% 0.89/1.06 965. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 964
% 0.89/1.06 966. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 965 44
% 0.89/1.06 967. ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a365)) (c2_1 (a365)) (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (c0_1 (a380)) (-. (c3_1 (a380))) (ndr1_0) (All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) ### DisjTree 397 205 3
% 0.89/1.06 968. (-. (hskp31)) (hskp31) ### P-NotP
% 0.89/1.06 969. ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (hskp31)) (-. (c3_1 (a380))) (c0_1 (a380)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) ### DisjTree 194 967 968
% 0.89/1.06 970. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c1_1 (a365)) (ndr1_0) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a365)) (c2_1 (a365)) (c0_1 (a380)) (-. (c3_1 (a380))) (-. (hskp31)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ### DisjTree 969 31 3
% 0.89/1.06 971. (c0_1 (a410)) (-. (c0_1 (a410))) ### Axiom
% 0.89/1.06 972. (c2_1 (a410)) (-. (c2_1 (a410))) ### Axiom
% 0.89/1.06 973. (c3_1 (a410)) (-. (c3_1 (a410))) ### Axiom
% 0.89/1.06 974. ((ndr1_0) => ((-. (c0_1 (a410))) \/ ((-. (c2_1 (a410))) \/ (-. (c3_1 (a410)))))) (c3_1 (a410)) (c2_1 (a410)) (c0_1 (a410)) (ndr1_0) ### DisjTree 8 971 972 973
% 0.89/1.06 975. (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) (ndr1_0) (c0_1 (a410)) (c2_1 (a410)) (c3_1 (a410)) ### All 974
% 0.89/1.06 976. ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a410)) (c2_1 (a410)) (c0_1 (a410)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ### DisjTree 149 975 3
% 0.89/1.06 977. ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410))))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ### ConjTree 976
% 0.89/1.06 978. ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a380))) (c0_1 (a380)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (c1_1 (a365)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ### Or 970 977
% 0.89/1.06 979. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (ndr1_0) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ### ConjTree 978
% 0.89/1.06 980. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a380))) (c0_1 (a380)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 955 979
% 0.89/1.06 981. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 980
% 0.89/1.06 982. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a380))) (c0_1 (a380)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 981
% 0.89/1.06 983. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 982 44
% 0.89/1.06 984. ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp3)) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 983
% 0.89/1.06 985. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp3)) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 966 984
% 0.89/1.06 986. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 955 209
% 0.89/1.06 987. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 986
% 0.89/1.06 988. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 987
% 0.89/1.06 989. ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a365)) (c3_1 (a365)) (c1_1 (a365)) (c3_1 (a398)) (c1_1 (a398)) (All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) ### DisjTree 166 559 184
% 0.89/1.06 990. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) (c1_1 (a365)) (c3_1 (a365)) (c2_1 (a365)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ### DisjTree 989 31 84
% 0.89/1.06 991. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a398)) (c1_1 (a398)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (-. (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ### ConjTree 990
% 0.89/1.06 992. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 955 991
% 0.89/1.06 993. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a398)) (c1_1 (a398)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 992
% 0.89/1.06 994. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 993
% 0.89/1.06 995. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 994
% 0.89/1.06 996. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 988 995
% 0.89/1.06 997. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp14)) (-. (hskp1)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 996 288
% 0.89/1.06 998. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp1)) (-. (hskp14)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 997 44
% 0.89/1.06 999. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) (-. (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) (c1_1 (a365)) (c3_1 (a365)) (c2_1 (a365)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ### DisjTree 989 207 399
% 0.89/1.06 1000. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a398)) (c1_1 (a398)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### ConjTree 999
% 0.89/1.06 1001. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) (-. (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 955 1000
% 0.89/1.06 1002. ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) (-. (hskp31)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c0_1 (a418)) (-. (c3_1 (a418))) (-. (c2_1 (a418))) (ndr1_0) ### DisjTree 407 149 968
% 0.89/1.06 1003. ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a410)) (c2_1 (a410)) (c0_1 (a410)) (c3_1 (a398)) (c1_1 (a398)) (All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) ### DisjTree 166 559 975
% 0.89/1.06 1004. ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a410)) (c2_1 (a410)) (c0_1 (a410)) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) ### DisjTree 166 175 975
% 0.89/1.06 1005. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) (c0_1 (a410)) (c2_1 (a410)) (c3_1 (a410)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ### DisjTree 1003 1004 149
% 0.89/1.06 1006. ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a398)) (c1_1 (a398)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### ConjTree 1005
% 0.89/1.06 1007. ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c2_1 (a418))) (-. (c3_1 (a418))) (c0_1 (a418)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) ### Or 1002 1006
% 0.89/1.06 1008. ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418)))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a398)) (c1_1 (a398)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ### ConjTree 1007
% 0.89/1.06 1009. ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (c1_1 (a399)) (-. (c3_1 (a399))) (-. (c0_1 (a399))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a398)) (c1_1 (a398)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 1001 1008
% 0.89/1.06 1010. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ### ConjTree 1009
% 0.89/1.06 1011. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a398)) (c1_1 (a398)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 1010
% 0.89/1.06 1012. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 1011
% 0.89/1.06 1013. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 988 1012
% 0.89/1.06 1014. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1013 76
% 0.89/1.06 1015. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1014 44
% 0.89/1.06 1016. ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1015
% 0.89/1.06 1017. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp14)) (-. (hskp1)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 998 1016
% 0.89/1.06 1018. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp1)) (-. (hskp14)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### ConjTree 1017
% 0.89/1.06 1019. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp14)) (-. (hskp1)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### Or 985 1018
% 0.89/1.06 1020. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (ndr1_0) (-. (c0_1 (a375))) (c3_1 (a375)) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ### DisjTree 300 323 6
% 0.89/1.06 1021. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) (c3_1 (a375)) (-. (c0_1 (a375))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ### DisjTree 1020 369 332
% 0.89/1.06 1022. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) (c3_1 (a375)) (-. (c0_1 (a375))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ### DisjTree 1020 122 332
% 0.89/1.06 1023. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c0_1 (a375))) (c3_1 (a375)) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ### ConjTree 1022
% 0.89/1.06 1024. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c0_1 (a375))) (c3_1 (a375)) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ### Or 1021 1023
% 0.89/1.06 1025. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a375)) (-. (c0_1 (a375))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1024 76
% 0.89/1.06 1026. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c0_1 (a375))) (c3_1 (a375)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1025 44
% 0.89/1.06 1027. ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1026
% 0.89/1.06 1028. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp3)) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 1019 1027
% 0.89/1.06 1029. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### ConjTree 1028
% 0.89/1.06 1030. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp13) \/ ((hskp27) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 144 1029
% 0.89/1.06 1031. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 1030
% 0.89/1.06 1032. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp13) \/ ((hskp27) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 1031
% 0.89/1.06 1033. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 1032
% 0.89/1.07 1034. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 1033
% 0.89/1.07 1035. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### Or 985 346
% 0.89/1.07 1036. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp3)) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 1035
% 0.89/1.07 1037. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp13) \/ ((hskp27) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 144 1036
% 0.89/1.07 1038. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 1037
% 0.89/1.07 1039. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 1038
% 0.89/1.07 1040. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 1039
% 0.89/1.07 1041. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 1034 1040
% 0.89/1.07 1042. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 639 90
% 0.89/1.07 1043. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1042
% 0.89/1.07 1044. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) (-. (hskp14)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 289 1043
% 0.89/1.07 1045. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a358)) (-. (c0_1 (a358))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c3_1 (a358))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) ### DisjTree 83 517 88
% 0.89/1.07 1046. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (c3_1 (a369)) (-. (c2_1 (a369))) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (ndr1_0) ### DisjTree 364 194 101
% 0.89/1.07 1047. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a369))) (c3_1 (a369)) (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ### DisjTree 1045 1046 332
% 0.89/1.07 1048. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ### DisjTree 666 1047 60
% 0.89/1.07 1049. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ### DisjTree 1045 122 332
% 0.89/1.07 1050. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ### ConjTree 1049
% 0.89/1.07 1051. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ### Or 1048 1050
% 0.89/1.07 1052. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 1051
% 0.89/1.07 1053. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) (-. (hskp14)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 289 1052
% 0.89/1.07 1054. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp14)) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 1053
% 0.89/1.07 1055. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp14)) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 1044 1054
% 0.89/1.07 1056. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 1055 425
% 0.89/1.07 1057. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### ConjTree 1056
% 0.89/1.07 1058. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 1057
% 0.89/1.07 1059. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 1058
% 0.89/1.07 1060. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 865 1059
% 0.89/1.07 1061. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 630
% 0.89/1.07 1062. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 1061
% 0.89/1.07 1063. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 1060 1062
% 0.89/1.07 1064. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ### DisjTree 905 344 88
% 0.89/1.07 1065. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ### DisjTree 1064 31 132
% 0.89/1.07 1066. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ### ConjTree 1065
% 0.89/1.07 1067. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ### Or 388 1066
% 0.89/1.07 1068. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 1067
% 0.89/1.07 1069. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 1068
% 0.89/1.07 1070. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1069 600
% 0.89/1.07 1071. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1070 726
% 0.89/1.07 1072. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 1071 346
% 0.89/1.07 1073. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 1072 440
% 0.89/1.07 1074. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 1073
% 0.89/1.07 1075. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 865 1074
% 0.89/1.07 1076. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 1075
% 0.89/1.07 1077. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 1063 1076
% 0.89/1.07 1078. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp28)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) ### DisjTree 460 954 23
% 0.89/1.07 1079. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c2_1 (a358)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp28)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 1078 477
% 0.89/1.07 1080. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c2_1 (a358)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### Or 1079 33
% 0.89/1.07 1081. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c2_1 (a358)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 1080
% 0.89/1.07 1082. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 1081
% 0.89/1.07 1083. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 955 486
% 0.89/1.07 1084. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 1083
% 0.89/1.07 1085. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 1084
% 0.89/1.07 1086. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp28)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### DisjTree 1078 233 369
% 0.89/1.07 1087. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ### DisjTree 461 31 132
% 0.89/1.07 1088. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c2_1 (a358)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 1087 519
% 0.89/1.07 1089. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c2_1 (a358)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### ConjTree 1088
% 0.89/1.07 1090. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c2_1 (a358)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### Or 1086 1089
% 0.89/1.07 1091. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c2_1 (a398))) (c1_1 (a398)) (c3_1 (a398)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 563 466
% 0.89/1.07 1092. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ### ConjTree 1091
% 0.89/1.07 1093. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c2_1 (a358)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 1090 1092
% 0.89/1.07 1094. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c2_1 (a358)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 1093
% 0.89/1.07 1095. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1085 1094
% 0.89/1.07 1096. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### Or 1086 437
% 0.89/1.07 1097. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a358)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 1096 1092
% 0.89/1.07 1098. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 1097
% 0.89/1.07 1099. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 1098
% 0.89/1.07 1100. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1099
% 0.89/1.07 1101. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1095 1100
% 0.89/1.07 1102. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 1101
% 0.89/1.07 1103. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 1102
% 0.89/1.07 1104. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 1103
% 0.89/1.07 1105. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1082 1104
% 0.89/1.07 1106. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1085 600
% 0.89/1.07 1107. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1106 602
% 0.89/1.07 1108. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 1107
% 0.89/1.07 1109. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1082 1108
% 0.89/1.07 1110. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 1109
% 0.89/1.07 1111. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 1105 1110
% 0.89/1.07 1112. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 1111
% 0.89/1.07 1113. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 1077 1112
% 0.89/1.07 1114. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### Or 610 1062
% 0.89/1.08 1115. ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) (-. (hskp22)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) (ndr1_0) ### DisjTree 704 560 234
% 0.89/1.08 1116. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp28)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp22)) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ### DisjTree 1115 954 23
% 0.89/1.08 1117. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) (-. (hskp22)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 1116 33
% 0.89/1.08 1118. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 1117 578
% 0.89/1.08 1119. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 648 257 98
% 0.89/1.08 1120. (-. (hskp9)) (hskp9) ### P-NotP
% 0.89/1.08 1121. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (c2_1 (a372)) (c1_1 (a372)) (c0_1 (a372)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ### DisjTree 1119 107 1120
% 0.89/1.08 1122. ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ### ConjTree 1121
% 0.89/1.08 1123. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ### Or 490 1122
% 0.89/1.08 1124. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### ConjTree 1123
% 0.89/1.08 1125. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 1118 1124
% 0.89/1.08 1126. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 1125
% 0.89/1.08 1127. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 1126
% 0.89/1.08 1128. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp22)) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ### DisjTree 1115 52 2
% 0.89/1.08 1129. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ### Or 1128 578
% 0.89/1.08 1130. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 52 257
% 0.89/1.08 1131. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ### ConjTree 1130
% 0.89/1.08 1132. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 1129 1131
% 0.89/1.08 1133. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 1132
% 0.89/1.08 1134. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 1133
% 0.89/1.08 1135. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1134
% 0.89/1.08 1136. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1127 1135
% 0.89/1.08 1137. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp28)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 1078 1119
% 0.89/1.08 1138. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### Or 1137 437
% 0.89/1.08 1139. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) (c2_1 (a358)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 1138
% 0.89/1.08 1140. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 1118 1139
% 0.89/1.08 1141. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 1140
% 0.89/1.08 1142. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 1141
% 0.89/1.08 1143. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1142
% 0.89/1.08 1144. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 1136 1143
% 0.89/1.08 1145. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 651
% 0.89/1.08 1146. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1145
% 0.89/1.08 1147. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 1144 1146
% 0.89/1.08 1148. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 1147 730
% 0.89/1.08 1149. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 1118 825
% 0.89/1.08 1150. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 1149
% 0.89/1.08 1151. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 434 1150
% 0.89/1.08 1152. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 1150
% 0.89/1.08 1153. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1152
% 0.89/1.08 1154. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1151 1153
% 0.89/1.08 1155. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 1154 1146
% 0.89/1.08 1156. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 648 31 132
% 0.89/1.08 1157. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (c2_1 (a372)) (c1_1 (a372)) (c0_1 (a372)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ### DisjTree 1156 107 1120
% 0.89/1.08 1158. ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ### ConjTree 1157
% 0.89/1.08 1159. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ### Or 490 1158
% 0.89/1.08 1160. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### ConjTree 1159
% 0.89/1.08 1161. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ### Or 388 1160
% 0.89/1.08 1162. ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) (-. (hskp22)) (c2_1 (a372)) (c1_1 (a372)) (c0_1 (a372)) (ndr1_0) ### DisjTree 107 560 234
% 0.89/1.08 1163. ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372))))) (ndr1_0) (-. (hskp22)) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ### ConjTree 1162
% 0.89/1.08 1164. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) (-. (hskp22)) (ndr1_0) (-. (c3_1 (a380))) (c0_1 (a380)) (c1_1 (a380)) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ### Or 99 1163
% 0.89/1.08 1165. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) (c1_1 (a380)) (c0_1 (a380)) (-. (c3_1 (a380))) (ndr1_0) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 1164 578
% 0.89/1.08 1166. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (c3_1 (a380))) (c0_1 (a380)) (c1_1 (a380)) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 1165 825
% 0.89/1.08 1167. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) (c1_1 (a380)) (c0_1 (a380)) (-. (c3_1 (a380))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 1166
% 0.89/1.08 1168. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (c3_1 (a380))) (c0_1 (a380)) (c1_1 (a380)) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 1161 1167
% 0.89/1.08 1169. ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1168
% 0.89/1.08 1170. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp14)) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 382 1169
% 0.89/1.08 1171. (-. (c3_1 (a363))) (c3_1 (a363)) ### Axiom
% 0.89/1.08 1172. (c0_1 (a363)) (-. (c0_1 (a363))) ### Axiom
% 0.89/1.08 1173. (c2_1 (a363)) (-. (c2_1 (a363))) ### Axiom
% 0.89/1.08 1174. ((ndr1_0) => ((c3_1 (a363)) \/ ((-. (c0_1 (a363))) \/ (-. (c2_1 (a363)))))) (c2_1 (a363)) (c0_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ### DisjTree 8 1171 1172 1173
% 0.89/1.08 1175. (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) (ndr1_0) (-. (c3_1 (a363))) (c0_1 (a363)) (c2_1 (a363)) ### All 1174
% 0.89/1.08 1176. (-. (c3_1 (a363))) (c3_1 (a363)) ### Axiom
% 0.89/1.08 1177. (c1_1 (a363)) (-. (c1_1 (a363))) ### Axiom
% 0.89/1.08 1178. ((ndr1_0) => ((c0_1 (a363)) \/ ((c3_1 (a363)) \/ (-. (c1_1 (a363)))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) (ndr1_0) ### DisjTree 8 1175 1176 1177
% 0.89/1.08 1179. (All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) (ndr1_0) (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ### All 1178
% 0.89/1.08 1180. ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) ### DisjTree 1179 323 3
% 0.89/1.08 1181. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c0_1 (a376)) (-. (c2_1 (a376))) (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))) (-. (c1_1 (a376))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ### DisjTree 1180 502 42
% 0.89/1.08 1182. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c0_1 (a359))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 648 1181
% 0.89/1.08 1183. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 280 1182
% 0.89/1.08 1184. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### ConjTree 1183
% 0.92/1.08 1185. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 639 1184
% 0.92/1.08 1186. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1185
% 0.92/1.08 1187. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) (-. (hskp14)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 289 1186
% 0.92/1.08 1188. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp14)) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 1187 346
% 0.92/1.08 1189. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) (-. (hskp14)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 1188
% 0.92/1.08 1190. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) (-. (hskp14)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### Or 1170 1189
% 0.92/1.08 1191. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 1190 617
% 0.92/1.08 1192. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### Or 1191 602
% 0.92/1.08 1193. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 1192 630
% 0.92/1.08 1194. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 1193
% 0.92/1.08 1195. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 1155 1194
% 0.92/1.08 1196. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 1195
% 0.92/1.08 1197. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 1148 1196
% 0.92/1.08 1198. (-. (c0_1 (a364))) (c0_1 (a364)) ### Axiom
% 0.92/1.08 1199. (-. (c1_1 (a364))) (c1_1 (a364)) ### Axiom
% 0.92/1.08 1200. (c2_1 (a364)) (-. (c2_1 (a364))) ### Axiom
% 0.92/1.08 1201. ((ndr1_0) => ((c0_1 (a364)) \/ ((c1_1 (a364)) \/ (-. (c2_1 (a364)))))) (c2_1 (a364)) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (ndr1_0) ### DisjTree 8 1198 1199 1200
% 0.92/1.08 1202. (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (ndr1_0) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (c2_1 (a364)) ### All 1201
% 0.92/1.08 1203. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c2_1 (a364)) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 280 1202
% 0.92/1.08 1204. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (c2_1 (a364)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### ConjTree 1203
% 0.92/1.08 1205. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c2_1 (a364)) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 1204
% 0.92/1.08 1206. (-. (c1_1 (a364))) (c1_1 (a364)) ### Axiom
% 0.92/1.08 1207. (-. (c0_1 (a364))) (c0_1 (a364)) ### Axiom
% 0.92/1.08 1208. (-. (c1_1 (a364))) (c1_1 (a364)) ### Axiom
% 0.92/1.08 1209. (c3_1 (a364)) (-. (c3_1 (a364))) ### Axiom
% 0.92/1.08 1210. ((ndr1_0) => ((c0_1 (a364)) \/ ((c1_1 (a364)) \/ (-. (c3_1 (a364)))))) (c3_1 (a364)) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (ndr1_0) ### DisjTree 8 1207 1208 1209
% 0.92/1.08 1211. (All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) (ndr1_0) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (c3_1 (a364)) ### All 1210
% 0.92/1.08 1212. (c2_1 (a364)) (-. (c2_1 (a364))) ### Axiom
% 0.92/1.08 1213. ((ndr1_0) => ((c1_1 (a364)) \/ ((c3_1 (a364)) \/ (-. (c2_1 (a364)))))) (c2_1 (a364)) (-. (c0_1 (a364))) (All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) (-. (c1_1 (a364))) (ndr1_0) ### DisjTree 8 1206 1211 1212
% 0.92/1.08 1214. (All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) (ndr1_0) (-. (c1_1 (a364))) (All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) (-. (c0_1 (a364))) (c2_1 (a364)) ### All 1213
% 0.92/1.08 1215. ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c2_1 (a364)) (-. (c0_1 (a364))) (All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) (-. (c1_1 (a364))) (ndr1_0) ### DisjTree 1214 66 344
% 0.92/1.08 1216. ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ### DisjTree 1215 387 423
% 0.92/1.08 1217. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ### ConjTree 1216
% 0.92/1.08 1218. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (c2_1 (a364)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1205 1217
% 0.92/1.08 1219. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) (All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) ### DisjTree 905 31 132
% 0.92/1.08 1220. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 1219 281
% 0.92/1.08 1221. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ### ConjTree 1220
% 0.92/1.08 1222. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ### Or 388 1221
% 0.92/1.08 1223. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 1222
% 0.92/1.08 1224. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 1223
% 0.92/1.08 1225. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c2_1 (a364)) (-. (c1_1 (a364))) (-. (c0_1 (a364))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1224 1204
% 0.92/1.08 1226. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) ### DisjTree 83 576 1
% 0.92/1.08 1227. ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397)))))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (-. (hskp15)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ### ConjTree 1226
% 0.92/1.08 1228. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) (c1_1 (a380)) (c0_1 (a380)) (-. (c3_1 (a380))) (ndr1_0) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 1164 1227
% 0.92/1.08 1229. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (c3_1 (a380))) (c0_1 (a380)) (c1_1 (a380)) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (-. (hskp15)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 1228 825
% 0.92/1.08 1230. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) (c1_1 (a380)) (c0_1 (a380)) (-. (c3_1 (a380))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 1229
% 0.92/1.08 1231. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (c3_1 (a380))) (c0_1 (a380)) (c1_1 (a380)) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp15)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (c2_1 (a364)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1225 1230
% 0.92/1.08 1232. ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c2_1 (a364)) (-. (c1_1 (a364))) (-. (c0_1 (a364))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 1231
% 0.92/1.08 1233. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp15)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (c2_1 (a364)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp14)) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 382 1232
% 0.92/1.08 1234. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) (-. (hskp14)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c2_1 (a364)) (-. (c1_1 (a364))) (-. (c0_1 (a364))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### Or 1233 1189
% 0.92/1.08 1235. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 955 433
% 0.92/1.08 1236. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 1235
% 0.92/1.08 1237. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 1236
% 0.92/1.08 1238. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp28)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ### DisjTree 1180 954 23
% 0.92/1.08 1239. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp28)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 1078 1238
% 0.92/1.09 1240. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (c3_1 (a375)) (All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) (-. (c0_1 (a375))) (ndr1_0) ### DisjTree 299 31 3
% 0.92/1.09 1241. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a375))) (c3_1 (a375)) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ### DisjTree 1240 31 3
% 0.92/1.09 1242. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a375)) (-. (c0_1 (a375))) (ndr1_0) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ### ConjTree 1241
% 0.92/1.09 1243. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a375))) (c3_1 (a375)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### Or 1239 1242
% 0.92/1.09 1244. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a375)) (-. (c0_1 (a375))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 1243
% 0.92/1.09 1245. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a375))) (c3_1 (a375)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1237 1244
% 0.92/1.09 1246. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a375)) (-. (c0_1 (a375))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1245 346
% 0.92/1.09 1247. ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 1246
% 0.92/1.09 1248. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (c2_1 (a364)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 1234 1247
% 0.92/1.09 1249. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c2_1 (a364)) (-. (c1_1 (a364))) (-. (c0_1 (a364))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### Or 1248 602
% 0.92/1.09 1250. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (c2_1 (a364)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 1249 630
% 0.92/1.09 1251. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c2_1 (a364)) (-. (c1_1 (a364))) (-. (c0_1 (a364))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 1250
% 0.92/1.09 1252. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (c2_1 (a364)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 1155 1251
% 0.92/1.09 1253. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (c2_1 (a364)) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 1252
% 0.92/1.09 1254. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c2_1 (a364)) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 1218 1253
% 0.92/1.09 1255. ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 1254
% 0.92/1.09 1256. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 1197 1255
% 0.92/1.09 1257. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ### ConjTree 1256
% 0.92/1.09 1258. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 1114 1257
% 0.92/1.09 1259. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 1146
% 0.92/1.09 1260. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 955 638
% 0.92/1.09 1261. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 1260
% 0.92/1.09 1262. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ### Or 678 1261
% 0.92/1.09 1263. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 1262
% 0.92/1.09 1264. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) (-. (hskp14)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 289 1263
% 0.92/1.09 1265. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp14)) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 1264 670
% 0.92/1.09 1266. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 1265 425
% 0.92/1.09 1267. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### ConjTree 1266
% 0.92/1.09 1268. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 1259 1267
% 0.92/1.09 1269. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ### Or 678 1236
% 0.92/1.09 1270. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 955 437
% 0.92/1.09 1271. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 1270
% 0.92/1.09 1272. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ### Or 678 1271
% 0.92/1.09 1273. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 1272
% 0.92/1.09 1274. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1269 1273
% 0.92/1.09 1275. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 1274
% 0.92/1.09 1276. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 1268 1275
% 0.92/1.09 1277. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ### Or 678 957
% 0.92/1.09 1278. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp14)) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 1264 346
% 0.92/1.09 1279. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a375))) (c3_1 (a375)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 955 1242
% 0.92/1.09 1280. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a375)) (-. (c0_1 (a375))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 1279
% 0.92/1.09 1281. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a375))) (c3_1 (a375)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ### Or 678 1280
% 0.92/1.09 1282. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a375)) (-. (c0_1 (a375))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1281 346
% 0.92/1.09 1283. ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 1282
% 0.92/1.09 1284. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 1278 1283
% 0.92/1.09 1285. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### ConjTree 1284
% 0.92/1.09 1286. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1277 1285
% 0.92/1.09 1287. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 1286
% 0.92/1.09 1288. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 1276 1287
% 0.92/1.09 1289. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 1288
% 0.92/1.09 1290. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 1258 1289
% 0.92/1.09 1291. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1085 651
% 0.92/1.09 1292. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 651
% 0.92/1.09 1293. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1292
% 0.92/1.09 1294. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1291 1293
% 0.92/1.09 1295. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 1294
% 0.92/1.09 1296. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 1295
% 0.92/1.09 1297. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 1296
% 0.92/1.09 1298. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 1259 1297
% 0.92/1.09 1299. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### Or 1086 33
% 0.92/1.09 1300. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp28)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### DisjTree 1078 233 122
% 0.92/1.09 1301. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ### DisjTree 1087 233 122
% 0.92/1.09 1302. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c2_1 (a398))) (c1_1 (a398)) (c3_1 (a398)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### ConjTree 1301
% 0.92/1.09 1303. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a398))) (c1_1 (a398)) (c3_1 (a398)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### Or 1300 1302
% 0.92/1.09 1304. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 1303
% 0.92/1.09 1305. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 1299 1304
% 0.92/1.09 1306. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a398))) (c1_1 (a398)) (c3_1 (a398)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### Or 1300 33
% 0.92/1.09 1307. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 1306
% 0.92/1.09 1308. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a358)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 1096 1307
% 0.92/1.09 1309. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 1308
% 0.92/1.09 1310. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1305 1309
% 0.92/1.09 1311. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 1310
% 0.92/1.09 1312. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 1144 1311
% 0.92/1.10 1313. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 1312 1108
% 0.92/1.10 1314. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (c2_1 (a364)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1205 1108
% 0.92/1.10 1315. ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 1314
% 0.92/1.10 1316. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 1313 1315
% 0.92/1.10 1317. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ### ConjTree 1316
% 0.92/1.10 1318. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 1298 1317
% 0.92/1.10 1319. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 1318
% 0.92/1.10 1320. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 1290 1319
% 0.92/1.10 1321. ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### ConjTree 1320
% 0.92/1.10 1322. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 1113 1321
% 0.92/1.10 1323. ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ### ConjTree 1322
% 0.92/1.10 1324. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 1041 1323
% 0.92/1.10 1325. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) (-. (c1_1 (a375))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c0_1 (a375))) (c3_1 (a375)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1025 309
% 0.92/1.10 1326. ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1325
% 0.92/1.10 1327. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 818 1326
% 0.92/1.10 1328. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### ConjTree 1327
% 0.92/1.10 1329. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 1328
% 0.92/1.10 1330. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 1329
% 0.92/1.10 1331. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 808 1330
% 0.92/1.10 1332. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 830
% 0.92/1.10 1333. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 1332
% 0.92/1.10 1334. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 1331 1333
% 0.92/1.10 1335. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 841
% 0.92/1.10 1336. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 1335
% 0.92/1.10 1337. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 1334 1336
% 0.92/1.10 1338. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 1337
% 0.92/1.10 1339. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 807 1338
% 0.92/1.10 1340. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 77 651
% 0.92/1.10 1341. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1340 283
% 0.92/1.10 1342. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 1341
% 0.92/1.10 1343. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 1342
% 0.92/1.10 1344. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 1343
% 0.92/1.10 1345. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 1344
% 0.92/1.10 1346. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 1345 1336
% 0.92/1.10 1347. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ### DisjTree 329 368 101
% 0.92/1.10 1348. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ### DisjTree 324 1347 332
% 0.92/1.10 1349. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ### Or 1348 334
% 0.92/1.10 1350. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 1349
% 0.92/1.10 1351. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) (-. (hskp14)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 289 1350
% 0.92/1.10 1352. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 1351 1326
% 0.92/1.10 1353. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### ConjTree 1352
% 0.92/1.10 1354. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 1353
% 0.92/1.10 1355. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 1354
% 0.92/1.10 1356. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp8)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### Or 778 1355
% 0.92/1.10 1357. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 813 329 1179
% 0.92/1.10 1358. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp28)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### DisjTree 1357 954 23
% 0.92/1.10 1359. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 1358 33
% 0.92/1.10 1360. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### DisjTree 330 31 3
% 0.92/1.10 1361. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ### ConjTree 1360
% 0.92/1.10 1362. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 1358 1361
% 0.92/1.10 1363. (-. (c3_1 (a363))) (c3_1 (a363)) ### Axiom
% 0.92/1.10 1364. (-. (c0_1 (a363))) (c0_1 (a363)) ### Axiom
% 0.92/1.10 1365. (-. (c3_1 (a363))) (c3_1 (a363)) ### Axiom
% 0.92/1.10 1366. (c2_1 (a363)) (-. (c2_1 (a363))) ### Axiom
% 0.92/1.10 1367. ((ndr1_0) => ((c0_1 (a363)) \/ ((c3_1 (a363)) \/ (-. (c2_1 (a363)))))) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c0_1 (a363))) (ndr1_0) ### DisjTree 8 1364 1365 1366
% 0.92/1.10 1368. (All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) (ndr1_0) (-. (c0_1 (a363))) (-. (c3_1 (a363))) (c2_1 (a363)) ### All 1367
% 0.92/1.10 1369. (c2_1 (a363)) (-. (c2_1 (a363))) ### Axiom
% 0.92/1.10 1370. ((ndr1_0) => ((c3_1 (a363)) \/ ((-. (c0_1 (a363))) \/ (-. (c2_1 (a363)))))) (c2_1 (a363)) (All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) (-. (c3_1 (a363))) (ndr1_0) ### DisjTree 8 1363 1368 1369
% 0.92/1.10 1371. (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) (ndr1_0) (-. (c3_1 (a363))) (All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) (c2_1 (a363)) ### All 1370
% 0.92/1.10 1372. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a363)) (All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) (-. (c3_1 (a363))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 813 329 1371
% 0.92/1.10 1373. (c1_1 (a363)) (-. (c1_1 (a363))) ### Axiom
% 0.92/1.10 1374. (c2_1 (a363)) (-. (c2_1 (a363))) ### Axiom
% 0.92/1.10 1375. ((ndr1_0) => ((c0_1 (a363)) \/ ((-. (c1_1 (a363))) \/ (-. (c2_1 (a363)))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) (ndr1_0) ### DisjTree 8 1175 1373 1374
% 0.92/1.10 1376. (All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) (ndr1_0) (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ### All 1375
% 0.92/1.10 1377. ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (c1_1 (a363)) (All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c3_1 (a363))) (c2_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### DisjTree 1372 1376 31
% 0.92/1.10 1378. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (c1_1 (a363)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ### DisjTree 866 1377 122
% 0.92/1.10 1379. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c1_1 (a363)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c3_1 (a363))) (c2_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c2_1 (a398))) (c1_1 (a398)) (c3_1 (a398)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### ConjTree 1378
% 0.92/1.10 1380. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 1358 1379
% 0.92/1.10 1381. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 1380
% 0.92/1.10 1382. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 1362 1381
% 0.92/1.10 1383. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1382 346
% 0.92/1.10 1384. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 1383
% 0.92/1.10 1385. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 1359 1384
% 0.92/1.11 1386. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 1385
% 0.92/1.11 1387. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 1356 1386
% 0.92/1.11 1388. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 1387
% 0.92/1.11 1389. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 1346 1388
% 0.92/1.11 1390. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 1389 861
% 0.92/1.11 1391. ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### ConjTree 1390
% 0.92/1.11 1392. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 1339 1391
% 0.92/1.11 1393. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp28)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### DisjTree 1078 233 856
% 0.92/1.11 1394. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### Or 1393 33
% 0.92/1.11 1395. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 1394
% 0.92/1.11 1396. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 1395
% 0.92/1.11 1397. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c2_1 (a358)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### Or 1393 875
% 0.92/1.11 1398. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c2_1 (a358)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 1397
% 0.92/1.11 1399. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c2_1 (a358)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 1398
% 0.92/1.11 1400. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ### DisjTree 666 856 332
% 0.92/1.11 1401. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ### ConjTree 1400
% 0.92/1.11 1402. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 1401
% 0.92/1.11 1403. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 1402
% 0.92/1.11 1404. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c2_1 (a358)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 1399 1403
% 0.92/1.11 1405. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 1404
% 0.92/1.11 1406. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 1396 1405
% 0.92/1.11 1407. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 1406 1062
% 0.92/1.11 1408. ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ### DisjTree 387 1376 870
% 0.92/1.11 1409. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ### DisjTree 1408 31 3
% 0.92/1.11 1410. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ### DisjTree 866 1409 856
% 0.92/1.11 1411. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### ConjTree 1410
% 0.92/1.11 1412. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (c2_1 (a358)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### Or 1393 1411
% 0.92/1.11 1413. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c2_1 (a358)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 1412
% 0.92/1.11 1414. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (c2_1 (a358)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 1413
% 0.92/1.11 1415. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c2_1 (a358)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 1414 346
% 0.92/1.11 1416. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (c2_1 (a358)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 1415
% 0.92/1.11 1417. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c2_1 (a358)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 1396 1416
% 0.92/1.11 1418. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (c2_1 (a358)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 1417 893
% 0.92/1.11 1419. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 1418
% 0.92/1.11 1420. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 1407 1419
% 0.92/1.11 1421. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 1420
% 0.92/1.11 1422. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 890 1421
% 0.92/1.11 1423. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 1259 923
% 0.92/1.11 1424. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1269 919
% 0.92/1.11 1425. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 1424
% 0.92/1.11 1426. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 1423 1425
% 0.92/1.11 1427. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 1426 1386
% 0.92/1.11 1428. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 1427
% 0.92/1.11 1429. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 917 1428
% 0.92/1.11 1430. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 1429 942
% 0.92/1.11 1431. ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### ConjTree 1430
% 0.92/1.11 1432. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 1422 1431
% 0.92/1.11 1433. ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ### ConjTree 1432
% 0.92/1.11 1434. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ### Or 1392 1433
% 0.92/1.11 1435. ((ndr1_0) /\ ((c1_1 (a357)) /\ ((c3_1 (a357)) /\ (-. (c0_1 (a357)))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ### ConjTree 1434
% 0.92/1.11 1436. ((-. (hskp3)) \/ ((ndr1_0) /\ ((c1_1 (a357)) /\ ((c3_1 (a357)) /\ (-. (c0_1 (a357))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ### Or 1324 1435
% 0.92/1.12 1437. ((ndr1_0) /\ ((c0_1 (a356)) /\ ((c2_1 (a356)) /\ (-. (c1_1 (a356)))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp3)) \/ ((ndr1_0) /\ ((c1_1 (a357)) /\ ((c3_1 (a357)) /\ (-. (c0_1 (a357))))))) ### ConjTree 1436
% 0.92/1.12 1438. ((-. (hskp2)) \/ ((ndr1_0) /\ ((c0_1 (a356)) /\ ((c2_1 (a356)) /\ (-. (c1_1 (a356))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((hskp17) \/ ((hskp1) \/ (hskp11))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) (-. (hskp0)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp3)) \/ ((ndr1_0) /\ ((c1_1 (a357)) /\ ((c3_1 (a357)) /\ (-. (c0_1 (a357))))))) ### Or 949 1437
% 0.92/1.12 1439. (-. (c1_1 (a355))) (c1_1 (a355)) ### Axiom
% 0.92/1.12 1440. (-. (c1_1 (a355))) (c1_1 (a355)) ### Axiom
% 0.92/1.12 1441. (-. (c2_1 (a355))) (c2_1 (a355)) ### Axiom
% 0.92/1.12 1442. (c3_1 (a355)) (-. (c3_1 (a355))) ### Axiom
% 0.92/1.12 1443. ((ndr1_0) => ((c1_1 (a355)) \/ ((c2_1 (a355)) \/ (-. (c3_1 (a355)))))) (c3_1 (a355)) (-. (c2_1 (a355))) (-. (c1_1 (a355))) (ndr1_0) ### DisjTree 8 1440 1441 1442
% 0.92/1.12 1444. (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (ndr1_0) (-. (c1_1 (a355))) (-. (c2_1 (a355))) (c3_1 (a355)) ### All 1443
% 0.92/1.12 1445. (c3_1 (a355)) (-. (c3_1 (a355))) ### Axiom
% 0.92/1.12 1446. ((ndr1_0) => ((c1_1 (a355)) \/ ((-. (c2_1 (a355))) \/ (-. (c3_1 (a355)))))) (c3_1 (a355)) (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (-. (c1_1 (a355))) (ndr1_0) ### DisjTree 8 1439 1444 1445
% 0.92/1.12 1447. (All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) (ndr1_0) (-. (c1_1 (a355))) (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (c3_1 (a355)) ### All 1446
% 0.92/1.12 1448. ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp23)) (-. (hskp30)) (c3_1 (a355)) (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (-. (c1_1 (a355))) (ndr1_0) ### DisjTree 1447 100 101
% 0.92/1.12 1449. (-. (c1_1 (a355))) (c1_1 (a355)) ### Axiom
% 0.92/1.12 1450. (c0_1 (a355)) (-. (c0_1 (a355))) ### Axiom
% 0.92/1.12 1451. (c3_1 (a355)) (-. (c3_1 (a355))) ### Axiom
% 0.92/1.12 1452. ((ndr1_0) => ((c1_1 (a355)) \/ ((-. (c0_1 (a355))) \/ (-. (c3_1 (a355)))))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (ndr1_0) ### DisjTree 8 1449 1450 1451
% 0.92/1.12 1453. (All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) (ndr1_0) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ### All 1452
% 0.92/1.12 1454. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (ndr1_0) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp30)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ### DisjTree 1448 1453 101
% 0.92/1.12 1455. (c0_1 (a355)) (-. (c0_1 (a355))) ### Axiom
% 0.92/1.12 1456. (c3_1 (a355)) (-. (c3_1 (a355))) ### Axiom
% 0.92/1.12 1457. ((ndr1_0) => ((-. (c0_1 (a355))) \/ ((-. (c2_1 (a355))) \/ (-. (c3_1 (a355)))))) (c3_1 (a355)) (-. (c1_1 (a355))) (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (c0_1 (a355)) (ndr1_0) ### DisjTree 8 1455 1444 1456
% 0.92/1.12 1458. (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) (ndr1_0) (c0_1 (a355)) (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (-. (c1_1 (a355))) (c3_1 (a355)) ### All 1457
% 0.92/1.12 1459. ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (c0_1 (a355)) (c3_1 (a373)) (c1_1 (a373)) (c0_1 (a373)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) ### DisjTree 166 112 1458
% 0.92/1.12 1460. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a373)) (c1_1 (a373)) (c3_1 (a373)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ### DisjTree 1459 1453 101
% 0.92/1.12 1461. ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### ConjTree 1460
% 0.92/1.12 1462. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp23)) (c3_1 (a355)) (-. (c1_1 (a355))) (ndr1_0) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1454 1461
% 0.92/1.12 1463. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp19)) (-. (hskp2)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (ndr1_0) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 1462 125
% 0.92/1.12 1464. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a355)) (-. (c1_1 (a355))) (ndr1_0) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1463 44
% 0.92/1.12 1465. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (ndr1_0) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp3)) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1464
% 0.92/1.12 1466. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a355)) (-. (c1_1 (a355))) (ndr1_0) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp15)) (-. (hskp11)) ((hskp15) \/ ((hskp11) \/ (hskp16))) ### Or 4 1465
% 0.92/1.12 1467. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((hskp15) \/ ((hskp11) \/ (hskp16))) (-. (hskp11)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (ndr1_0) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp3)) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 1466 226
% 0.92/1.12 1468. ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ### DisjTree 149 1458 3
% 0.92/1.12 1469. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ### DisjTree 1468 1453 101
% 0.92/1.12 1470. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp19)) (-. (hskp2)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1469 125
% 0.92/1.12 1471. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1470 44
% 0.92/1.12 1472. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ### Or 102 1461
% 0.92/1.12 1473. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp19)) (-. (hskp2)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 1472 125
% 0.92/1.12 1474. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1473 44
% 0.92/1.12 1475. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp3)) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1474
% 0.92/1.12 1476. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1471 1475
% 0.92/1.12 1477. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 1476
% 0.92/1.12 1478. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp13) \/ ((hskp27) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 144 1477
% 0.92/1.12 1479. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 1478
% 0.92/1.12 1480. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a355)) (-. (c1_1 (a355))) (ndr1_0) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 1467 1479
% 0.92/1.12 1481. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ### DisjTree 905 31 3
% 0.92/1.12 1482. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ### DisjTree 1481 31 132
% 0.92/1.12 1483. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ### ConjTree 1482
% 0.92/1.12 1484. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ### Or 388 1483
% 0.92/1.12 1485. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 1484
% 0.92/1.12 1486. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 1485
% 0.92/1.12 1487. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1486 90
% 0.92/1.12 1488. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) (-. (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1487 86
% 0.92/1.12 1489. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 1488 450
% 0.92/1.12 1490. ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c3_1 (a358))) (c3_1 (a355)) (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (-. (c1_1 (a355))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) ### DisjTree 166 1447 517
% 0.92/1.12 1491. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a355)) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a358))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ### DisjTree 1490 1453 101
% 0.92/1.12 1492. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a373)) (c1_1 (a373)) (c3_1 (a373)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ### DisjTree 1459 194 101
% 0.92/1.12 1493. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a373)) (c1_1 (a373)) (c0_1 (a373)) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (c0_1 (a355)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### DisjTree 1491 1492 60
% 0.92/1.12 1494. ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a355)) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ### ConjTree 1493
% 0.92/1.12 1495. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ### Or 102 1494
% 0.92/1.12 1496. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 1495 668
% 0.92/1.12 1497. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 1496
% 0.92/1.12 1498. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### Or 1489 1497
% 0.92/1.12 1499. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1469 542
% 0.92/1.12 1500. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1499 1497
% 0.92/1.12 1501. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 1500
% 0.92/1.12 1502. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 1498 1501
% 0.92/1.12 1503. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (ndr1_0) ### DisjTree 364 1453 101
% 0.92/1.12 1504. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ### DisjTree 72 518 1503
% 0.92/1.12 1505. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### DisjTree 1504 1046 332
% 0.92/1.12 1506. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### DisjTree 1504 1505 60
% 0.92/1.12 1507. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ### DisjTree 72 518 122
% 0.92/1.12 1508. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c2_1 (a398))) (c1_1 (a398)) (c3_1 (a398)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### DisjTree 1507 122 332
% 0.92/1.12 1509. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ### ConjTree 1508
% 0.92/1.12 1510. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ### Or 1506 1509
% 0.92/1.12 1511. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 1510
% 0.92/1.12 1512. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 1511
% 0.92/1.12 1513. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) (-. (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1512 86
% 0.92/1.12 1514. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 1513 421
% 0.92/1.12 1515. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### ConjTree 1514
% 0.92/1.12 1516. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 1502 1515
% 0.92/1.12 1517. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 1516
% 0.92/1.12 1518. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 865 1517
% 0.92/1.12 1519. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 1518 1076
% 0.92/1.12 1520. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) ### DisjTree 460 52 2
% 0.92/1.12 1521. ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (c3_1 (a355)) (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (-. (c1_1 (a355))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) (ndr1_0) ### DisjTree 513 1447 517
% 0.92/1.12 1522. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a355)) (ndr1_0) (All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a355))) (c3_1 (a355)) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ### DisjTree 1521 1453 101
% 0.92/1.12 1523. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (c3_1 (a355)) (-. (c1_1 (a355))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (c0_1 (a355)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 1522 160
% 0.92/1.12 1524. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a355)) (c2_1 (a358)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 1520 1523
% 0.92/1.12 1525. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a358)) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### Or 1524 570
% 0.92/1.12 1526. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (c2_1 (a358)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1525 578
% 0.92/1.12 1527. ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp28)) (c3_1 (a355)) (-. (c1_1 (a355))) (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (c0_1 (a355)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) ### DisjTree 257 1458 23
% 0.92/1.12 1528. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (ndr1_0) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp28)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ### DisjTree 1527 1453 101
% 0.92/1.12 1529. ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp22)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) ### DisjTree 52 31 560
% 0.92/1.12 1530. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp22)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ### ConjTree 1529
% 0.92/1.12 1531. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp22)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1528 1530
% 0.92/1.12 1532. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ### DisjTree 1520 233 122
% 0.92/1.12 1533. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### ConjTree 1532
% 0.92/1.12 1534. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp22)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 1531 1533
% 0.92/1.12 1535. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1534 578
% 0.92/1.12 1536. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 1535
% 0.92/1.12 1537. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a358)) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 1526 1536
% 0.92/1.12 1538. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (c2_1 (a358)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (ndr1_0) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 1537
% 0.92/1.12 1539. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 1538
% 0.92/1.12 1540. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1539
% 0.92/1.12 1541. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 692 1540
% 0.92/1.12 1542. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c2_1 (a358)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (ndr1_0) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 1462 570
% 0.92/1.12 1543. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a355)) (-. (c1_1 (a355))) (ndr1_0) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c2_1 (a358)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1542 578
% 0.92/1.12 1544. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1528 33
% 0.92/1.12 1545. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 1544 581
% 0.92/1.12 1546. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 1545
% 0.92/1.12 1547. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c2_1 (a358)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (ndr1_0) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 1543 1546
% 0.92/1.12 1548. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a355)) (-. (c1_1 (a355))) (ndr1_0) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c2_1 (a358)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 1547
% 0.92/1.13 1549. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 1548
% 0.92/1.13 1550. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1549
% 0.92/1.13 1551. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp15)) (-. (hskp11)) ((hskp15) \/ ((hskp11) \/ (hskp16))) ### Or 4 1550
% 0.92/1.13 1552. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1469 570
% 0.92/1.13 1553. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a358)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1552 578
% 0.92/1.13 1554. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 1553 1536
% 0.92/1.13 1555. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a358)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 1554
% 0.92/1.13 1556. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 1555
% 0.92/1.13 1557. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (c0_1 (a355)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 504 1491
% 0.92/1.13 1558. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a376))) (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ### DisjTree 503 233 122
% 0.92/1.13 1559. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c2_1 (a398))) (c1_1 (a398)) (c3_1 (a398)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 563 1558
% 0.92/1.13 1560. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ### ConjTree 1559
% 0.92/1.13 1561. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a355))) (c3_1 (a355)) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### Or 1557 1560
% 0.92/1.13 1562. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (ndr1_0) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 1561
% 0.92/1.13 1563. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 1562
% 0.92/1.13 1564. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1563
% 0.92/1.13 1565. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1556 1564
% 0.98/1.13 1566. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 1565
% 0.98/1.13 1567. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((hskp15) \/ ((hskp11) \/ (hskp16))) (-. (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 1551 1566
% 0.98/1.13 1568. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp11)) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### ConjTree 1567
% 0.98/1.13 1569. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 1541 1568
% 0.98/1.13 1570. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ### DisjTree 461 233 1503
% 0.98/1.13 1571. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a369)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 1570 466
% 0.98/1.13 1572. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (c0_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ### Or 1571 1092
% 0.98/1.13 1573. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a369)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 1572
% 0.98/1.13 1574. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (c0_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 1573
% 0.98/1.13 1575. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1574
% 0.98/1.13 1576. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 1569 1575
% 0.98/1.13 1577. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c2_1 (a358)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 1472 570
% 0.98/1.13 1578. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c2_1 (a358)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1577 578
% 0.98/1.13 1579. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a373)) (c1_1 (a373)) (c0_1 (a373)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### DisjTree 1492 257 423
% 0.98/1.13 1580. ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ### ConjTree 1579
% 0.98/1.13 1581. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ### Or 102 1580
% 0.98/1.13 1582. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 1581 581
% 0.98/1.13 1583. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 1582
% 0.98/1.13 1584. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c2_1 (a358)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 1578 1583
% 0.98/1.13 1585. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c2_1 (a358)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 1584
% 0.98/1.13 1586. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 1585
% 0.98/1.13 1587. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1586
% 0.98/1.13 1588. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1499 1587
% 0.98/1.13 1589. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 1588
% 0.98/1.13 1590. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 524 1589
% 0.98/1.13 1591. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 489 1573
% 0.98/1.13 1592. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (c0_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 1573
% 0.98/1.13 1593. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a369)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1592
% 0.98/1.13 1594. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1591 1593
% 0.98/1.13 1595. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 1594
% 0.98/1.13 1596. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 1590 1595
% 0.98/1.13 1597. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 1596
% 0.98/1.13 1598. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 1576 1597
% 0.98/1.13 1599. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (c1_1 (a398)) (c3_1 (a398)) (c0_1 (a373)) (c3_1 (a373)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 431 566
% 0.98/1.13 1600. ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ### ConjTree 1599
% 0.98/1.13 1601. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (c3_1 (a398)) (c1_1 (a398)) (ndr1_0) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 562 1600
% 0.98/1.13 1602. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (-. (hskp22)) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### ConjTree 1601
% 0.98/1.13 1603. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a358)) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### Or 1524 1602
% 0.98/1.13 1604. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (c2_1 (a358)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1603 578
% 0.98/1.13 1605. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a358)) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 1604 1546
% 0.98/1.13 1606. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (c2_1 (a358)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (ndr1_0) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 1605
% 0.98/1.13 1607. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 434 1606
% 0.98/1.13 1608. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1607
% 0.98/1.14 1609. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 692 1608
% 0.98/1.14 1610. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (ndr1_0) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 1462 1602
% 0.98/1.14 1611. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a355)) (-. (c1_1 (a355))) (ndr1_0) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1610 578
% 0.98/1.14 1612. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (ndr1_0) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 1611 1546
% 0.98/1.14 1613. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a355)) (-. (c1_1 (a355))) (ndr1_0) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 1612
% 0.98/1.14 1614. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 1613
% 0.98/1.14 1615. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1614
% 0.98/1.14 1616. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp15)) (-. (hskp11)) ((hskp15) \/ ((hskp11) \/ (hskp16))) ### Or 4 1615
% 0.98/1.14 1617. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((hskp15) \/ ((hskp11) \/ (hskp16))) (-. (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 1616 1566
% 0.98/1.14 1618. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp11)) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### ConjTree 1617
% 0.98/1.14 1619. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 1609 1618
% 0.98/1.14 1620. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 1619 630
% 0.98/1.14 1621. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 677 523
% 0.98/1.14 1622. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c2_1 (a358)) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 1578 825
% 0.98/1.14 1623. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (c2_1 (a358)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 1622
% 0.98/1.14 1624. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 1623
% 0.98/1.14 1625. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1624
% 0.98/1.14 1626. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1499 1625
% 0.98/1.14 1627. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 1626
% 0.98/1.14 1628. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 1621 1627
% 0.98/1.14 1629. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 1628 1595
% 0.98/1.14 1630. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 1629
% 0.98/1.14 1631. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 1620 1630
% 0.98/1.14 1632. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 1631
% 0.98/1.14 1633. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 1598 1632
% 0.98/1.14 1634. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 1129 1536
% 0.98/1.14 1635. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 1634
% 0.98/1.14 1636. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 1635
% 0.98/1.14 1637. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1636
% 0.98/1.14 1638. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 692 1637
% 0.98/1.14 1639. ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a355)) (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (-. (c1_1 (a355))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) ### DisjTree 166 1447 344
% 0.98/1.14 1640. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a355)) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ### DisjTree 1639 1453 101
% 0.98/1.14 1641. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (c2_1 (a358)) (c1_1 (a398)) (c3_1 (a398)) (c0_1 (a373)) (c3_1 (a373)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 461 566
% 0.98/1.14 1642. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp28)) (c2_1 (a379)) (-. (c1_1 (a379))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a373)) (c0_1 (a373)) (c3_1 (a398)) (c1_1 (a398)) (c2_1 (a358)) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 1641 715
% 0.98/1.14 1643. ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (c2_1 (a358)) (c1_1 (a398)) (c3_1 (a398)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a379))) (c2_1 (a379)) (-. (hskp28)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### ConjTree 1642
% 0.98/1.14 1644. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp28)) (c2_1 (a379)) (-. (c1_1 (a379))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a358)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (c3_1 (a398)) (c1_1 (a398)) (ndr1_0) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 562 1643
% 0.98/1.14 1645. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) (-. (c3_1 (a379))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (c1_1 (a398)) (c3_1 (a398)) (-. (hskp22)) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a379))) (c2_1 (a379)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 1644 991
% 0.98/1.14 1646. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a379)) (-. (c1_1 (a379))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a358)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (hskp22)) (ndr1_0) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a379))) (-. (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 1645
% 0.98/1.14 1647. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (hskp22)) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1640 1646
% 0.98/1.14 1648. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a358)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1647 578
% 0.98/1.14 1649. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 1648 1546
% 0.98/1.14 1650. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a358)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 1649
% 0.98/1.14 1651. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 1650
% 0.98/1.14 1652. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1651 450
% 0.98/1.14 1653. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### ConjTree 1652
% 0.98/1.14 1654. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (hskp15)) (-. (hskp11)) ((hskp15) \/ ((hskp11) \/ (hskp16))) ### Or 4 1653
% 0.98/1.14 1655. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp15) \/ ((hskp11) \/ (hskp16))) (-. (hskp11)) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 1654 1637
% 0.98/1.14 1656. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (hskp11)) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### ConjTree 1655
% 0.98/1.15 1657. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 1638 1656
% 0.98/1.15 1658. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 1657 1575
% 0.98/1.15 1659. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 1658 604
% 0.98/1.15 1660. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 1659
% 0.98/1.15 1661. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 1633 1660
% 0.98/1.15 1662. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 1661
% 0.98/1.15 1663. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 1519 1662
% 0.98/1.15 1664. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 1161 492
% 0.98/1.15 1665. (-. (c1_1 (a376))) (c1_1 (a376)) ### Axiom
% 0.98/1.15 1666. (-. (c1_1 (a376))) (c1_1 (a376)) ### Axiom
% 0.98/1.15 1667. (-. (c2_1 (a376))) (c2_1 (a376)) ### Axiom
% 0.98/1.15 1668. (c3_1 (a376)) (-. (c3_1 (a376))) ### Axiom
% 0.98/1.15 1669. ((ndr1_0) => ((c1_1 (a376)) \/ ((c2_1 (a376)) \/ (-. (c3_1 (a376)))))) (c3_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) ### DisjTree 8 1666 1667 1668
% 0.98/1.15 1670. (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c3_1 (a376)) ### All 1669
% 0.98/1.15 1671. (c0_1 (a376)) (-. (c0_1 (a376))) ### Axiom
% 0.98/1.15 1672. ((ndr1_0) => ((c1_1 (a376)) \/ ((c3_1 (a376)) \/ (-. (c0_1 (a376)))))) (c0_1 (a376)) (-. (c2_1 (a376))) (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (-. (c1_1 (a376))) (ndr1_0) ### DisjTree 8 1665 1670 1671
% 0.98/1.15 1673. (All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) (ndr1_0) (-. (c1_1 (a376))) (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (-. (c2_1 (a376))) (c0_1 (a376)) ### All 1672
% 0.98/1.15 1674. ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) (-. (hskp29)) (c0_1 (a376)) (-. (c2_1 (a376))) (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (-. (c1_1 (a376))) (ndr1_0) ### DisjTree 1673 97 332
% 0.98/1.15 1675. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (hskp24)) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp29)) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ### DisjTree 1674 5 60
% 0.98/1.15 1676. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) (-. (hskp22)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (hskp24)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ### Or 1675 1163
% 0.98/1.15 1677. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp22)) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 1676 54
% 0.98/1.15 1678. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1677 578
% 0.98/1.15 1679. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) (All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) ### DisjTree 905 257 98
% 0.98/1.15 1680. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 1679 281
% 0.98/1.15 1681. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ### ConjTree 1680
% 0.98/1.15 1682. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 1681
% 0.98/1.15 1683. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### ConjTree 1682
% 0.98/1.15 1684. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp18)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 1678 1683
% 0.98/1.15 1685. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp18)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 1684
% 0.98/1.15 1686. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp18)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 1685
% 0.98/1.15 1687. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) (-. (hskp17)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1686 86
% 0.98/1.15 1688. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 1687 450
% 0.98/1.15 1689. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### ConjTree 1688
% 0.98/1.15 1690. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1664 1689
% 0.98/1.15 1691. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp30)) (-. (hskp29)) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ### DisjTree 72 97 100
% 0.98/1.15 1692. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) (-. (hskp29)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ### Or 1691 1461
% 0.98/1.15 1693. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 1692 446
% 0.98/1.15 1694. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (hskp24)) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a373)) (c1_1 (a373)) (c3_1 (a373)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ### DisjTree 1459 5 60
% 0.98/1.15 1695. ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (-. (hskp24)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ### ConjTree 1694
% 0.98/1.15 1696. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (hskp24)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) (-. (hskp29)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ### Or 1691 1695
% 0.98/1.15 1697. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) (-. (hskp22)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (hskp24)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 1696 1163
% 0.98/1.15 1698. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp28)) (c2_1 (a379)) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c1_1 (a379))) (c1_1 (a399)) (-. (c3_1 (a399))) (-. (c0_1 (a399))) (ndr1_0) ### DisjTree 13 713 23
% 0.98/1.15 1699. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a379))) (c2_1 (a379)) (-. (hskp28)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 280 1698
% 0.98/1.15 1700. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) (-. (c3_1 (a379))) (c1_1 (a398)) (c3_1 (a398)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a379)) (-. (c1_1 (a379))) (c1_1 (a399)) (-. (c3_1 (a399))) (-. (c0_1 (a399))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### Or 1699 991
% 0.98/1.15 1701. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c1_1 (a379))) (c2_1 (a379)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c3_1 (a379))) (-. (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 1700
% 0.98/1.15 1702. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) (c1_1 (a398)) (c3_1 (a398)) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp22)) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 1697 1701
% 0.98/1.15 1703. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) (-. (hskp22)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (-. (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 1702
% 0.98/1.15 1704. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (hskp22)) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 1693 1703
% 0.98/1.15 1705. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1704 578
% 0.98/1.15 1706. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 1705
% 0.98/1.15 1707. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 1706
% 0.98/1.15 1708. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1707 1683
% 0.98/1.15 1709. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 1708
% 0.98/1.15 1710. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 1709
% 0.98/1.15 1711. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1710 283
% 0.98/1.15 1712. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 1711 450
% 0.98/1.15 1713. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### ConjTree 1712
% 0.98/1.15 1714. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (hskp15)) (-. (hskp11)) ((hskp15) \/ ((hskp11) \/ (hskp16))) ### Or 4 1713
% 0.98/1.15 1715. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp15) \/ ((hskp11) \/ (hskp16))) (-. (hskp11)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 1714 1689
% 0.98/1.15 1716. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (hskp11)) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### ConjTree 1715
% 0.98/1.15 1717. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 1690 1716
% 0.98/1.15 1718. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 1717 1146
% 0.98/1.15 1719. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a355)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 280 1523
% 0.98/1.15 1720. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### Or 1719 1509
% 0.98/1.15 1721. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 1720
% 0.98/1.15 1722. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 1721
% 0.98/1.15 1723. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### ConjTree 1722
% 0.98/1.15 1724. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1224 1723
% 0.98/1.15 1725. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) (-. (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1724 86
% 0.98/1.15 1726. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 1725 450
% 0.98/1.15 1727. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### Or 1726 1501
% 0.98/1.15 1728. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c0_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1512 653
% 0.98/1.15 1729. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 1728 1497
% 0.98/1.16 1730. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 1729
% 0.98/1.16 1731. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 1727 1730
% 0.98/1.16 1732. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 1731
% 0.98/1.16 1733. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 1718 1732
% 0.98/1.16 1734. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) (-. (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (c2_1 (a364)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1225 86
% 0.98/1.16 1735. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c2_1 (a364)) (-. (c1_1 (a364))) (-. (c0_1 (a364))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 1734 450
% 0.98/1.16 1736. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (c2_1 (a364)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### Or 1735 1501
% 0.98/1.16 1737. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c2_1 (a364)) (-. (c1_1 (a364))) (-. (c0_1 (a364))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 1736 1730
% 0.98/1.16 1738. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (c2_1 (a364)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 1737
% 0.98/1.16 1739. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (c2_1 (a364)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1205 1738
% 0.98/1.16 1740. ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 1739
% 0.98/1.16 1741. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 1733 1740
% 0.98/1.16 1742. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 1129 1683
% 0.98/1.16 1743. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 1742
% 0.98/1.16 1744. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1224 1743
% 0.98/1.16 1745. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1744 283
% 0.98/1.16 1746. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 1745
% 1.01/1.16 1747. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 692 1746
% 1.01/1.16 1748. ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) ### DisjTree 1179 1458 3
% 1.01/1.16 1749. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (hskp24)) (All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ### DisjTree 1748 5 60
% 1.01/1.16 1750. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (hskp24)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ### DisjTree 1749 52 2
% 1.01/1.16 1751. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ### Or 1750 54
% 1.01/1.16 1752. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1751 720
% 1.01/1.16 1753. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 1752
% 1.01/1.16 1754. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) (-. (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 721 1753
% 1.01/1.16 1755. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp11)) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### ConjTree 1754
% 1.01/1.16 1756. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 1747 1755
% 1.01/1.16 1757. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 1756 1146
% 1.01/1.16 1758. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1224 1184
% 1.01/1.16 1759. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) (-. (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1758 86
% 1.01/1.16 1760. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 1759 450
% 1.01/1.16 1761. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### Or 1760 346
% 1.01/1.16 1762. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 1761
% 1.01/1.16 1763. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1664 1762
% 1.01/1.16 1764. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 1763 602
% 1.01/1.16 1765. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 1161 651
% 1.01/1.16 1766. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp22)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ### Or 388 1530
% 1.01/1.16 1767. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ### DisjTree 72 576 1503
% 1.01/1.16 1768. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ### DisjTree 72 576 122
% 1.01/1.16 1769. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) (-. (c0_1 (a397))) (c1_1 (a397)) (c2_1 (a397)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### ConjTree 1768
% 1.01/1.16 1770. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) (-. (c0_1 (a397))) (c1_1 (a397)) (c2_1 (a397)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### Or 1767 1769
% 1.01/1.16 1771. ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 1770
% 1.01/1.16 1772. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 1766 1771
% 1.01/1.16 1773. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 1772
% 1.01/1.16 1774. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 1773
% 1.01/1.16 1775. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1774 1184
% 1.01/1.16 1776. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1775 1186
% 1.01/1.16 1777. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 1776 346
% 1.01/1.16 1778. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 1777
% 1.01/1.16 1779. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1765 1778
% 1.01/1.16 1780. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 1779 602
% 1.01/1.16 1781. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 1780
% 1.01/1.16 1782. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 1764 1781
% 1.01/1.16 1783. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 1782
% 1.01/1.16 1784. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 1757 1783
% 1.01/1.17 1785. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c2_1 (a364)) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 1204
% 1.01/1.17 1786. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (c2_1 (a364)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1785
% 1.01/1.17 1787. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c2_1 (a364)) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 738 1786
% 1.01/1.17 1788. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (c2_1 (a364)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 1787
% 1.01/1.17 1789. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c2_1 (a364)) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 1218 1788
% 1.01/1.17 1790. ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 1789
% 1.01/1.17 1791. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 1784 1790
% 1.01/1.17 1792. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ### ConjTree 1791
% 1.01/1.17 1793. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ### Or 1741 1792
% 1.01/1.17 1794. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) (-. (c3_1 (a379))) (c1_1 (a398)) (c3_1 (a398)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a379)) (-. (c1_1 (a379))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ### Or 678 1701
% 1.01/1.17 1795. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c1_1 (a379))) (c2_1 (a379)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c3_1 (a379))) (-. (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 1794
% 1.01/1.17 1796. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 1693 1795
% 1.01/1.17 1797. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 1796
% 1.01/1.17 1798. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 1797
% 1.01/1.17 1799. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### ConjTree 1798
% 1.01/1.17 1800. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 1799
% 1.01/1.17 1801. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1800 86
% 1.01/1.17 1802. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 1801 450
% 1.01/1.17 1803. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### ConjTree 1802
% 1.01/1.17 1804. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (hskp15)) (-. (hskp11)) ((hskp15) \/ ((hskp11) \/ (hskp16))) ### Or 4 1803
% 1.01/1.17 1805. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((hskp15) \/ ((hskp11) \/ (hskp16))) (-. (hskp11)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 1804 694
% 1.01/1.17 1806. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (hskp11)) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### ConjTree 1805
% 1.01/1.17 1807. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) (-. (hskp12)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 695 1806
% 1.01/1.17 1808. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 1807 1146
% 1.01/1.17 1809. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ### DisjTree 329 1453 101
% 1.01/1.17 1810. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1809 1509
% 1.01/1.17 1811. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 1810
% 1.01/1.17 1812. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 1811
% 1.01/1.17 1813. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) (-. (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1812 86
% 1.01/1.17 1814. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp12)) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 1813 450
% 1.01/1.17 1815. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1812 653
% 1.01/1.17 1816. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1809 668
% 1.01/1.17 1817. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 1816
% 1.01/1.17 1818. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 1815 1817
% 1.01/1.17 1819. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 1818
% 1.01/1.17 1820. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### Or 1814 1819
% 1.01/1.17 1821. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 1820
% 1.01/1.17 1822. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 1808 1821
% 1.01/1.17 1823. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ### DisjTree 72 598 122
% 1.01/1.17 1824. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### ConjTree 1823
% 1.01/1.17 1825. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1809 1824
% 1.01/1.17 1826. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 1825
% 1.01/1.17 1827. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 1826
% 1.01/1.17 1828. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1827 726
% 1.01/1.17 1829. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 1828 346
% 1.01/1.17 1830. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 1829
% 1.01/1.17 1831. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 724 1830
% 1.01/1.17 1832. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 1831
% 1.01/1.17 1833. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 1822 1832
% 1.01/1.17 1834. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 1833
% 1.01/1.17 1835. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 1793 1834
% 1.01/1.17 1836. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### Or 1719 372
% 1.01/1.17 1837. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 1836
% 1.01/1.17 1838. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 1837
% 1.01/1.17 1839. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1469 372
% 1.01/1.17 1840. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 1472 372
% 1.01/1.17 1841. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 1840
% 1.01/1.17 1842. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1839 1841
% 1.01/1.17 1843. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 1842
% 1.01/1.17 1844. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 524 1843
% 1.01/1.18 1845. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 1844
% 1.01/1.18 1846. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1838 1845
% 1.01/1.18 1847. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 1846
% 1.01/1.18 1848. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 1835 1847
% 1.01/1.18 1849. ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### ConjTree 1848
% 1.01/1.18 1850. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 1663 1849
% 1.01/1.18 1851. ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ### ConjTree 1850
% 1.01/1.18 1852. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (ndr1_0) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 1480 1851
% 1.01/1.18 1853. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (hskp24)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (ndr1_0) (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) ### DisjTree 1458 5 60
% 1.01/1.18 1854. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp24)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) ### DisjTree 83 1853 6
% 1.01/1.18 1855. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp21)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ### Or 1854 773
% 1.01/1.18 1856. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp11)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1855 274
% 1.01/1.18 1857. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp11)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### ConjTree 1856
% 1.01/1.18 1858. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (-. (hskp11)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 275 1857
% 1.01/1.18 1859. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1855 76
% 1.01/1.18 1860. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1859 90
% 1.01/1.18 1861. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1860
% 1.01/1.18 1862. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 91 1861
% 1.01/1.18 1863. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 1862
% 1.01/1.18 1864. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 1858 1863
% 1.01/1.18 1865. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 780 492
% 1.01/1.18 1866. ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp22)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) ### DisjTree 52 870 560
% 1.01/1.18 1867. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp22)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ### DisjTree 1866 323 6
% 1.01/1.18 1868. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp22)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ### DisjTree 1867 122 332
% 1.01/1.18 1869. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp22)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ### ConjTree 1868
% 1.01/1.18 1870. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp22)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 1531 1869
% 1.01/1.18 1871. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1870 578
% 1.01/1.18 1872. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 1871
% 1.01/1.18 1873. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 1872
% 1.01/1.18 1874. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 1873
% 1.01/1.18 1875. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 780 1874
% 1.01/1.18 1876. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1875
% 1.01/1.18 1877. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1865 1876
% 1.01/1.18 1878. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp30)) (-. (hskp29)) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ### DisjTree 771 97 100
% 1.01/1.18 1879. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a373)) (c1_1 (a373)) (c3_1 (a373)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 813 1459 149
% 1.01/1.18 1880. ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### ConjTree 1879
% 1.01/1.18 1881. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (hskp29)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ### Or 1878 1880
% 1.01/1.18 1882. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 1881 446
% 1.01/1.18 1883. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ### DisjTree 1679 323 6
% 1.01/1.18 1884. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ### DisjTree 1883 856 332
% 1.01/1.18 1885. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ### ConjTree 1884
% 1.01/1.18 1886. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 1882 1885
% 1.01/1.18 1887. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### ConjTree 1886
% 1.01/1.18 1888. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 1887
% 1.01/1.18 1889. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 1888
% 1.01/1.18 1890. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 780 1889
% 1.01/1.18 1891. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1890
% 1.01/1.18 1892. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1499 1891
% 1.01/1.18 1893. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 1892
% 1.01/1.18 1894. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 1877 1893
% 1.01/1.18 1895. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) (-. (hskp22)) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ### Or 490 1163
% 1.01/1.18 1896. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ### DisjTree 771 576 1503
% 1.01/1.18 1897. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ### DisjTree 771 576 122
% 1.01/1.18 1898. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c0_1 (a397))) (c1_1 (a397)) (c2_1 (a397)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### ConjTree 1897
% 1.01/1.18 1899. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c0_1 (a397))) (c1_1 (a397)) (c2_1 (a397)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### Or 1896 1898
% 1.01/1.18 1900. ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 1899
% 1.01/1.18 1901. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 1895 1900
% 1.01/1.18 1902. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 1895 1771
% 1.01/1.18 1903. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 1902
% 1.01/1.18 1904. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 1901 1903
% 1.01/1.18 1905. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) (All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 813 870 84
% 1.01/1.18 1906. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ### DisjTree 1905 323 6
% 1.01/1.18 1907. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ### DisjTree 1906 856 332
% 1.01/1.18 1908. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ### ConjTree 1907
% 1.01/1.18 1909. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1904 1908
% 1.01/1.18 1910. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (c3_1 (a357)) (c1_1 (a357)) (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 796 576 1503
% 1.01/1.18 1911. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (-. (c0_1 (a397))) (c1_1 (a397)) (c2_1 (a397)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a357)) (c1_1 (a357)) (All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 770 1910 3
% 1.01/1.18 1912. (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ### DisjTree 1911 576 1503
% 1.01/1.18 1913. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (-. (c0_1 (a397))) (c1_1 (a397)) (c2_1 (a397)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ### Or 1912 1898
% 1.01/1.18 1914. ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 1913
% 1.01/1.18 1915. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 1895 1914
% 1.01/1.18 1916. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 1915 1903
% 1.01/1.18 1917. ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (c0_1 (a380)) (-. (c3_1 (a380))) (ndr1_0) (All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) ### DisjTree 397 323 3
% 1.01/1.18 1918. ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (hskp31)) (-. (c3_1 (a380))) (c0_1 (a380)) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) ### DisjTree 194 1917 968
% 1.01/1.18 1919. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (c0_1 (a380)) (-. (c3_1 (a380))) (-. (hskp31)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ### DisjTree 1918 257 423
% 1.01/1.18 1920. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (hskp31)) (-. (c3_1 (a380))) (c0_1 (a380)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ### DisjTree 1919 856 332
% 1.01/1.18 1921. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a410)) (c2_1 (a410)) (c0_1 (a410)) (c3_1 (a357)) (c1_1 (a357)) (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 870 975 6
% 1.01/1.18 1922. ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) (-. (hskp10)) (-. (hskp24)) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (c0_1 (a410)) (c2_1 (a410)) (c3_1 (a410)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ### DisjTree 1921 5 423
% 1.01/1.18 1923. ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (hskp24)) (-. (hskp10)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ### ConjTree 1922
% 1.01/1.18 1924. ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) (-. (hskp24)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ### Or 1920 1923
% 1.01/1.18 1925. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp21)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a380))) (c0_1 (a380)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ### Or 1924 773
% 1.01/1.18 1926. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ### DisjTree 906 323 6
% 1.01/1.18 1927. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ### DisjTree 1926 856 332
% 1.01/1.18 1928. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ### ConjTree 1927
% 1.01/1.18 1929. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1925 1928
% 1.01/1.19 1930. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a380))) (c0_1 (a380)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### ConjTree 1929
% 1.01/1.19 1931. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1916 1930
% 1.01/1.19 1932. ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 1931
% 1.01/1.19 1933. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 1909 1932
% 1.01/1.19 1934. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (hskp17)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 1908
% 1.01/1.19 1935. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a373)) (c1_1 (a373)) (c0_1 (a373)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### DisjTree 1492 58 6
% 1.01/1.19 1936. ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ### ConjTree 1935
% 1.01/1.19 1937. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ### Or 102 1936
% 1.01/1.19 1938. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) (-. (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp28)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 813 1527 399
% 1.01/1.19 1939. ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) ### DisjTree 166 175 1458
% 1.01/1.19 1940. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) (-. (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) (c1_1 (a365)) (c3_1 (a365)) (c2_1 (a365)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ### DisjTree 989 1939 399
% 1.01/1.19 1941. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a398)) (c1_1 (a398)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### ConjTree 1940
% 1.01/1.19 1942. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### Or 1938 1941
% 1.01/1.19 1943. ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (hskp31)) (c0_1 (a418)) (-. (c3_1 (a418))) (-. (c2_1 (a418))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (ndr1_0) ### DisjTree 1453 407 968
% 1.01/1.19 1944. ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) (-. (hskp10)) (-. (hskp24)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a418))) (-. (c3_1 (a418))) (c0_1 (a418)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ### Or 1943 1923
% 1.01/1.19 1945. ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418)))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (ndr1_0) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp24)) (-. (hskp10)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ### ConjTree 1944
% 1.01/1.19 1946. ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) (-. (hskp10)) (-. (hskp24)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a398)) (c1_1 (a398)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 1942 1945
% 1.01/1.19 1947. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp21)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (-. (hskp10)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ### Or 1946 773
% 1.01/1.19 1948. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) (-. (hskp10)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp21)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 1947
% 1.01/1.19 1949. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp10)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 1937 1948
% 1.01/1.19 1950. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) (-. (hskp10)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1949 1928
% 1.01/1.19 1951. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp10)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### ConjTree 1950
% 1.01/1.19 1952. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) (-. (hskp10)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 1951
% 1.01/1.19 1953. ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp10)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 1952
% 1.01/1.19 1954. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 1934 1953
% 1.01/1.19 1955. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### ConjTree 1954
% 1.01/1.19 1956. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c0_1 (a369)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### Or 1933 1955
% 1.01/1.19 1957. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp21)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1870 1900
% 1.01/1.19 1958. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 1957 1928
% 1.01/1.19 1959. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### ConjTree 1958
% 1.01/1.19 1960. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 1959
% 1.01/1.19 1961. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 1960
% 1.01/1.19 1962. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (c0_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 1956 1961
% 1.01/1.19 1963. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 813 1468 149
% 1.01/1.19 1964. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) (-. (hskp22)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 1881 1163
% 1.01/1.19 1965. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c3_1 (a369)) (-. (c2_1 (a369))) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 813 364 149
% 1.01/1.19 1966. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ### DisjTree 771 576 1965
% 1.01/1.19 1967. ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### ConjTree 1966
% 1.01/1.19 1968. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 1964 1967
% 1.01/1.19 1969. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) (-. (hskp29)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ### Or 1691 1880
% 1.01/1.19 1970. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) (-. (hskp22)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 1969 1163
% 1.01/1.19 1971. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ### DisjTree 72 576 1965
% 1.01/1.19 1972. ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397)))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c3_1 (a369)) (-. (c2_1 (a369))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### ConjTree 1971
% 1.01/1.19 1973. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 1970 1972
% 1.01/1.19 1974. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 1973
% 1.01/1.19 1975. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 1968 1974
% 1.01/1.19 1976. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp28)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 813 1527 149
% 1.01/1.19 1977. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c3_1 (a380))) (c0_1 (a380)) (-. (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### Or 1976 1941
% 1.01/1.19 1978. ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) (-. (hskp10)) (-. (hskp24)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a398)) (c1_1 (a398)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 1977 1945
% 1.01/1.19 1979. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp21)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (-. (hskp10)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ### Or 1978 773
% 1.01/1.19 1980. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) (-. (hskp10)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp21)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 1979
% 1.01/1.19 1981. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp10)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 1937 1980
% 1.01/1.19 1982. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ### Or 102 1880
% 1.01/1.19 1983. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ### DisjTree 905 323 6
% 1.01/1.19 1984. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ### DisjTree 1983 122 332
% 1.01/1.19 1985. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (-. (c2_1 (a398))) (c1_1 (a398)) (c3_1 (a398)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 1984 466
% 1.01/1.19 1986. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ### ConjTree 1985
% 1.01/1.19 1987. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 1982 1986
% 1.01/1.19 1988. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 1987
% 1.01/1.19 1989. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) (-. (hskp10)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1981 1988
% 1.01/1.19 1990. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp10)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### ConjTree 1989
% 1.01/1.19 1991. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) (-. (hskp10)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c0_1 (a369)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1975 1990
% 1.01/1.19 1992. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp10)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 1991
% 1.01/1.19 1993. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) (-. (hskp10)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c0_1 (a369)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 780 1992
% 1.01/1.19 1994. ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp10)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 1993
% 1.01/1.19 1995. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c0_1 (a369)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 1934 1994
% 1.01/1.19 1996. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### ConjTree 1995
% 1.01/1.19 1997. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c0_1 (a369)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### Or 1963 1996
% 1.01/1.19 1998. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 1997
% 1.01/1.19 1999. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c0_1 (a369)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 1962 1998
% 1.01/1.19 2000. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 1999
% 1.01/1.19 2001. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 1894 2000
% 1.01/1.20 2002. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 2001
% 1.01/1.20 2003. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 808 2002
% 1.01/1.20 2004. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2003 832
% 1.01/1.20 2005. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) (c3_1 (a357)) (c1_1 (a357)) (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 796 704 6
% 1.01/1.20 2006. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) (-. (hskp28)) (All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp22)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ### DisjTree 1867 2005 23
% 1.01/1.20 2007. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp22)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp28)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 2006 123
% 1.01/1.20 2008. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp22)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ### Or 2007 1530
% 1.01/1.20 2009. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 2008 578
% 1.01/1.20 2010. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 2009
% 1.01/1.20 2011. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 780 2010
% 1.01/1.20 2012. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 2011
% 1.01/1.20 2013. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1865 2012
% 1.01/1.20 2014. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### Or 1963 346
% 1.01/1.20 2015. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2014
% 1.01/1.20 2016. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 2013 2015
% 1.01/1.20 2017. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 2016
% 1.01/1.20 2018. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 808 2017
% 1.01/1.20 2019. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 2018
% 1.01/1.20 2020. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 2004 2019
% 1.01/1.20 2021. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 2020
% 1.01/1.20 2022. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 1864 2021
% 1.01/1.20 2023. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (hskp24)) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ### DisjTree 1468 5 60
% 1.01/1.20 2024. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ### Or 2023 74
% 1.01/1.20 2025. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 2024
% 1.01/1.20 2026. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 2025
% 1.01/1.20 2027. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2026 283
% 1.01/1.20 2028. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 1982 1769
% 1.01/1.20 2029. ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 2028
% 1.01/1.20 2030. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 1970 2029
% 1.01/1.20 2031. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 2030
% 1.01/1.20 2032. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 2031
% 1.01/1.20 2033. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2032 1683
% 1.01/1.20 2034. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 2033 283
% 1.01/1.20 2035. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 2034
% 1.01/1.20 2036. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2027 2035
% 1.01/1.20 2037. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2036
% 1.01/1.20 2038. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 910 2037
% 1.01/1.20 2039. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 2038 1342
% 1.01/1.20 2040. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 2039
% 1.01/1.20 2041. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 284 2040
% 1.01/1.20 2042. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ### Or 678 773
% 1.01/1.20 2043. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp24)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp22)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ### DisjTree 1866 1853 6
% 1.01/1.20 2044. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp22)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ### Or 2043 74
% 1.01/1.20 2045. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1809 1769
% 1.01/1.20 2046. ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 2045
% 1.01/1.20 2047. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 2044 2046
% 1.01/1.20 2048. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 2047
% 1.01/1.20 2049. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 2042 2048
% 1.01/1.20 2050. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### ConjTree 2049
% 1.01/1.20 2051. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1865 2050
% 1.01/1.20 2052. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 2051 919
% 1.01/1.20 2053. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 2052
% 1.01/1.20 2054. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 1858 2053
% 1.01/1.20 2055. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 2054
% 1.01/1.20 2056. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2041 2055
% 1.01/1.20 2057. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 233 1503
% 1.01/1.20 2058. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### Or 2057 372
% 1.01/1.20 2059. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 2058
% 1.01/1.20 2060. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 826 2059
% 1.01/1.20 2061. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 2060
% 1.01/1.20 2062. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 859 2061
% 1.01/1.20 2063. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 2062
% 1.01/1.20 2064. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 2056 2063
% 1.01/1.20 2065. ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### ConjTree 2064
% 1.01/1.20 2066. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 2022 2065
% 1.01/1.21 2067. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 813 1639 1179
% 1.01/1.21 2068. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### DisjTree 2067 52 2
% 1.01/1.21 2069. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ### ConjTree 2068
% 1.01/1.21 2070. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1751 2069
% 1.01/1.21 2071. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2070
% 1.01/1.21 2072. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 692 2071
% 1.01/1.21 2073. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp30)) (-. (hskp29)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ### DisjTree 911 97 100
% 1.01/1.21 2074. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp29)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ### Or 2073 1880
% 1.01/1.21 2075. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 2074 446
% 1.01/1.21 2076. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### ConjTree 2075
% 1.01/1.21 2077. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 2076
% 1.01/1.21 2078. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 2077
% 1.01/1.21 2079. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### Or 1963 2078
% 1.01/1.21 2080. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2079
% 1.01/1.21 2081. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 2072 2080
% 1.01/1.21 2082. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ### DisjTree 866 576 872
% 1.01/1.21 2083. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c0_1 (a397))) (c1_1 (a397)) (c2_1 (a397)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### ConjTree 2082
% 1.01/1.21 2084. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ### Or 388 2083
% 1.01/1.21 2085. ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 2084
% 1.01/1.21 2086. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 1895 2085
% 1.01/1.21 2087. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ### Or 388 1411
% 1.01/1.21 2088. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 2087
% 1.01/1.21 2089. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 2086 2088
% 1.01/1.21 2090. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 2089 600
% 1.01/1.21 2091. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2090 346
% 1.01/1.21 2092. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 1766 2085
% 1.01/1.21 2093. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 2092 600
% 1.01/1.21 2094. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2093 346
% 1.01/1.21 2095. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2094
% 1.01/1.21 2096. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 2091 2095
% 1.01/1.21 2097. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 2096 2015
% 1.01/1.21 2098. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 2097
% 1.01/1.21 2099. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 2081 2098
% 1.01/1.21 2100. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2099 442
% 1.01/1.21 2101. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 2100
% 1.01/1.21 2102. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 883 2101
% 1.01/1.21 2103. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 1536
% 1.01/1.21 2104. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 2103
% 1.01/1.21 2105. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 2104
% 1.01/1.21 2106. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 2105
% 1.01/1.21 2107. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 692 2106
% 1.01/1.21 2108. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 2107 2080
% 1.01/1.21 2109. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (ndr1_0) (All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ### DisjTree 518 856 332
% 1.01/1.21 2110. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 2109 160
% 1.01/1.21 2111. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ### ConjTree 2110
% 1.01/1.21 2112. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 2111
% 1.01/1.21 2113. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 2112
% 1.01/1.21 2114. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 876 2113
% 1.01/1.21 2115. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2114 1403
% 1.01/1.21 2116. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2115
% 1.01/1.21 2117. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 2108 2116
% 1.01/1.21 2118. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2117 893
% 1.01/1.21 2119. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp28)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 813 1527 1179
% 1.01/1.21 2120. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp28)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### DisjTree 2119 52 2
% 1.01/1.21 2121. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ### Or 2120 33
% 1.01/1.21 2122. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 2121
% 1.01/1.21 2123. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 2122
% 1.01/1.21 2124. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 2123
% 1.01/1.21 2125. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 692 2124
% 1.01/1.21 2126. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### Or 1976 437
% 1.01/1.21 2127. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 2126
% 1.01/1.21 2128. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 2127
% 1.01/1.21 2129. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 2128
% 1.01/1.21 2130. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 2125 2129
% 1.01/1.21 2131. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 2130 2098
% 1.01/1.21 2132. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2131 893
% 1.01/1.21 2133. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 2132
% 1.01/1.21 2134. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 2118 2133
% 1.01/1.21 2135. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 2134
% 1.01/1.21 2136. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 2102 2135
% 1.01/1.22 2137. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 910 2080
% 1.01/1.22 2138. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) (-. (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 813 329 399
% 1.01/1.22 2139. ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp25)) (-. (hskp2)) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### Or 2138 410
% 1.01/1.22 2140. ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) (-. (hskp29)) (c0_1 (a417)) (-. (c3_1 (a417))) (-. (c1_1 (a417))) (ndr1_0) ### DisjTree 416 97 332
% 1.01/1.22 2141. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) (-. (c1_1 (a417))) (-. (c3_1 (a417))) (c0_1 (a417)) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ### Or 2140 446
% 1.01/1.22 2142. ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417)))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### ConjTree 2141
% 1.01/1.22 2143. ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ### Or 2139 2142
% 1.01/1.22 2144. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ### ConjTree 2143
% 1.01/1.22 2145. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 639 2144
% 1.01/1.22 2146. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 2145
% 1.01/1.22 2147. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1812 2146
% 1.01/1.22 2148. ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 2147
% 1.01/1.22 2149. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 1813 2148
% 1.01/1.22 2150. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### Or 2149 1497
% 1.01/1.22 2151. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2150
% 1.01/1.22 2152. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 920 2151
% 1.01/1.22 2153. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) (-. (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1827 86
% 1.01/1.22 2154. ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp16))) (-. (hskp16)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c0_1 (a417)) (-. (c3_1 (a417))) (-. (c1_1 (a417))) (ndr1_0) ### DisjTree 416 344 3
% 1.01/1.22 2155. ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417)))))) (ndr1_0) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp16)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp16))) ### ConjTree 2154
% 1.01/1.22 2156. ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp16))) (-. (hskp16)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ### Or 2139 2155
% 1.01/1.22 2157. ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp16)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp16))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ### ConjTree 2156
% 1.01/1.22 2158. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp16))) (-. (hskp16)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2153 2157
% 1.01/1.22 2159. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp16))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### Or 2158 346
% 1.01/1.22 2160. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2159
% 1.01/1.22 2161. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp16))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 2081 2160
% 1.01/1.22 2162. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp16))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 2161
% 1.01/1.22 2163. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp16))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2152 2162
% 1.01/1.22 2164. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp16))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 2163
% 1.01/1.22 2165. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp16))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 2137 2164
% 1.01/1.22 2166. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp16))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 2165 942
% 1.01/1.22 2167. ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp16))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### ConjTree 2166
% 1.01/1.22 2168. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp16))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 2136 2167
% 1.01/1.22 2169. ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp16))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ### ConjTree 2168
% 1.01/1.22 2170. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ### Or 2066 2169
% 1.01/1.22 2171. ((ndr1_0) /\ ((c1_1 (a357)) /\ ((c3_1 (a357)) /\ (-. (c0_1 (a357)))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp16))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ### ConjTree 2170
% 1.01/1.22 2172. ((-. (hskp3)) \/ ((ndr1_0) /\ ((c1_1 (a357)) /\ ((c3_1 (a357)) /\ (-. (c0_1 (a357))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a355)) (-. (c1_1 (a355))) (ndr1_0) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ### Or 1852 2171
% 1.01/1.22 2173. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ### DisjTree 324 369 332
% 1.01/1.22 2174. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ### Or 2173 334
% 1.01/1.22 2175. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 2174
% 1.01/1.22 2176. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 78 2175
% 1.01/1.22 2177. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 2176
% 1.01/1.22 2178. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 2177
% 1.01/1.22 2179. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 2178
% 1.01/1.22 2180. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 2179
% 1.01/1.22 2181. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp24)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ### DisjTree 72 1749 6
% 1.01/1.22 2182. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ### Or 2181 74
% 1.01/1.22 2183. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 2182
% 1.01/1.22 2184. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 2183
% 1.01/1.22 2185. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ### Or 1854 1261
% 1.01/1.22 2186. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 2185
% 1.01/1.22 2187. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2184 2186
% 1.01/1.22 2188. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2187 346
% 1.01/1.22 2189. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2188
% 1.01/1.22 2190. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 2189
% 1.01/1.22 2191. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 2190
% 1.01/1.22 2192. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2180 2191
% 1.01/1.22 2193. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1085 44
% 1.01/1.22 2194. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) (c1_1 (a365)) (c3_1 (a365)) (c2_1 (a365)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ### DisjTree 989 1939 149
% 1.01/1.22 2195. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a398)) (c1_1 (a398)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### ConjTree 2194
% 1.01/1.22 2196. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 955 2195
% 1.01/1.22 2197. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a398)) (c1_1 (a398)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 2196
% 1.01/1.23 2198. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 2197
% 1.01/1.23 2199. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 2198
% 1.01/1.23 2200. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 1937 2199
% 1.01/1.23 2201. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 2200 76
% 1.01/1.23 2202. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2201 44
% 1.01/1.23 2203. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 2202
% 1.01/1.23 2204. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 1499 2203
% 1.01/1.23 2205. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2204
% 1.01/1.23 2206. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2193 2205
% 1.01/1.23 2207. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 2206
% 1.01/1.23 2208. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 2207
% 1.01/1.23 2209. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 2208
% 1.01/1.23 2210. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 2209
% 1.09/1.23 2211. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a363)) (All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) (-. (c3_1 (a363))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c1_1 (a365)) (c3_1 (a365)) (c2_1 (a365)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ### DisjTree 960 1468 1371
% 1.09/1.23 2212. ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c2_1 (a365)) (c3_1 (a365)) (c1_1 (a365)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (c3_1 (a363))) (c2_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### DisjTree 2211 149 31
% 1.09/1.23 2213. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a363)) (-. (c3_1 (a363))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ### ConjTree 2212
% 1.09/1.23 2214. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (c3_1 (a363))) (c2_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 955 2213
% 1.09/1.23 2215. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a363)) (-. (c3_1 (a363))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 2214
% 1.09/1.23 2216. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (c3_1 (a363))) (c2_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 2215
% 1.09/1.23 2217. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a363)) (-. (c3_1 (a363))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 2216 44
% 1.09/1.23 2218. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a363)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (c3_1 (a363))) (c2_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp3)) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2217 346
% 1.09/1.23 2219. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a363)) (-. (c3_1 (a363))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (c1_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2218
% 1.09/1.23 2220. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a363)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (c3_1 (a363))) (c2_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2193 2219
% 1.09/1.23 2221. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a363)) (-. (c3_1 (a363))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c1_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 2220
% 1.09/1.23 2222. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a363)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (c3_1 (a363))) (c2_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 2221
% 1.09/1.23 2223. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 2222
% 1.09/1.23 2224. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2210 2223
% 1.09/1.23 2225. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 2224
% 1.09/1.23 2226. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 2192 2225
% 1.09/1.23 2227. ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (hskp29)) (c3_1 (a410)) (c2_1 (a410)) (c0_1 (a410)) (ndr1_0) ### DisjTree 975 97 423
% 1.09/1.23 2228. ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410))))) (ndr1_0) (-. (hskp29)) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ### ConjTree 2227
% 1.09/1.23 2229. ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (hskp29)) (ndr1_0) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a418))) (-. (c3_1 (a418))) (c0_1 (a418)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ### Or 1943 2228
% 1.09/1.23 2230. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (hskp24)) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) (ndr1_0) ### DisjTree 175 5 60
% 1.09/1.23 2231. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (hskp24)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c2_1 (a372)) (c1_1 (a372)) (c0_1 (a372)) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) ### DisjTree 83 107 2230
% 1.09/1.23 2232. ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372))))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (hskp24)) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ### ConjTree 2231
% 1.09/1.23 2233. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (hskp24)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a418)) (-. (c3_1 (a418))) (-. (c2_1 (a418))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (ndr1_0) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ### Or 2229 2232
% 1.09/1.23 2234. ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (hskp24)) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### ConjTree 2233
% 1.09/1.23 2235. ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (hskp24)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 402 2234
% 1.09/1.23 2236. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ### Or 2235 1261
% 1.09/1.23 2237. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 2236 90
% 1.09/1.23 2238. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 2237
% 1.09/1.23 2239. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1512 2238
% 1.09/1.23 2240. ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a369)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 2239
% 1.09/1.23 2241. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 1513 2240
% 1.09/1.23 2242. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a369)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### Or 2241 1497
% 1.09/1.23 2243. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2242
% 1.09/1.23 2244. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 2243
% 1.09/1.23 2245. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 2244
% 1.09/1.23 2246. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 865 2245
% 1.09/1.23 2247. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2246 1062
% 1.09/1.23 2248. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 955 1066
% 1.09/1.23 2249. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 2248
% 1.09/1.23 2250. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 2249
% 1.09/1.23 2251. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 2250
% 1.09/1.23 2252. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 2251
% 1.09/1.23 2253. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2252 90
% 1.09/1.23 2254. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) (-. (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2253 86
% 1.09/1.23 2255. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) (-. (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 955 401
% 1.09/1.23 2256. ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a410)) (c2_1 (a410)) (c0_1 (a410)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) ### DisjTree 1179 975 3
% 1.09/1.23 2257. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp28)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a410)) (c2_1 (a410)) (c3_1 (a410)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ### DisjTree 2256 954 23
% 1.09/1.23 2258. ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp28)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### ConjTree 2257
% 1.09/1.23 2259. ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp28)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (ndr1_0) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a418))) (-. (c3_1 (a418))) (c0_1 (a418)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ### Or 1943 2258
% 1.09/1.23 2260. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c3_1 (a373)) (c1_1 (a373)) (c0_1 (a373)) (c2_1 (a372)) (c1_1 (a372)) (c0_1 (a372)) (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ### DisjTree 905 107 112
% 1.09/1.23 2261. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c0_1 (a372)) (c1_1 (a372)) (c2_1 (a372)) (c0_1 (a373)) (c1_1 (a373)) (c3_1 (a373)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ### DisjTree 2260 31 132
% 1.09/1.23 2262. ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c2_1 (a372)) (c1_1 (a372)) (c0_1 (a372)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ### ConjTree 2261
% 1.09/1.23 2263. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c0_1 (a372)) (c1_1 (a372)) (c2_1 (a372)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ### Or 102 2262
% 1.09/1.23 2264. ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp23)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### ConjTree 2263
% 1.09/1.23 2265. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (-. (c0_1 (a395))) (-. (c2_1 (a395))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a418)) (-. (c3_1 (a418))) (-. (c2_1 (a418))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (ndr1_0) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ### Or 2229 2264
% 1.09/1.23 2266. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a418))) (-. (c3_1 (a418))) (c0_1 (a418)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp23)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### ConjTree 2265
% 1.09/1.23 2267. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a395))) (-. (c2_1 (a395))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a418)) (-. (c3_1 (a418))) (-. (c2_1 (a418))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (ndr1_0) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ### Or 2259 2266
% 1.09/1.23 2268. ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (ndr1_0) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp23)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 2267
% 1.09/1.23 2269. ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a395))) (-. (c2_1 (a395))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (c1_1 (a399)) (-. (c3_1 (a399))) (-. (c0_1 (a399))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 2255 2268
% 1.09/1.23 2270. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp23)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ### ConjTree 2269
% 1.09/1.23 2271. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a395))) (-. (c2_1 (a395))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 2270
% 1.09/1.23 2272. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a395)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 2271 1824
% 1.09/1.23 2273. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 2272
% 1.09/1.23 2274. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 2273
% 1.09/1.24 2275. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2274 90
% 1.09/1.24 2276. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2275 1043
% 1.09/1.24 2277. ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 2276
% 1.09/1.24 2278. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2254 2277
% 1.09/1.24 2279. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### Or 2278 346
% 1.09/1.24 2280. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 2279 440
% 1.09/1.24 2281. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 2280
% 1.09/1.24 2282. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 865 2281
% 1.09/1.24 2283. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2282 442
% 1.09/1.24 2284. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 2283
% 1.09/1.24 2285. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 2247 2284
% 1.09/1.24 2286. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ### DisjTree 1087 233 1503
% 1.09/1.24 2287. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### ConjTree 2286
% 1.09/1.24 2288. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ### Or 388 2287
% 1.09/1.24 2289. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 2288 1304
% 1.09/1.24 2290. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (c0_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 2289 1573
% 1.09/1.24 2291. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a369)) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2290 1593
% 1.09/1.24 2292. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 2291
% 1.09/1.24 2293. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 2292
% 1.09/1.24 2294. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ### DisjTree 1748 1453 101
% 1.09/1.24 2295. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp28)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### DisjTree 2294 954 23
% 1.09/1.24 2296. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 2295 33
% 1.09/1.24 2297. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 2296 1307
% 1.09/1.24 2298. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1640 1307
% 1.09/1.24 2299. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (ndr1_0) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 2298
% 1.09/1.24 2300. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 2297 2299
% 1.09/1.24 2301. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ### DisjTree 1180 251 42
% 1.09/1.24 2302. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ### DisjTree 2301 31 132
% 1.09/1.24 2303. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 1087 2302
% 1.09/1.24 2304. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### ConjTree 2303
% 1.09/1.24 2305. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 2295 2304
% 1.09/1.24 2306. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 2305 1304
% 1.09/1.24 2307. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 2306
% 1.09/1.24 2308. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 489 2307
% 1.09/1.24 2309. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2308 346
% 1.09/1.24 2310. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 2295 437
% 1.09/1.24 2311. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a398))) (c1_1 (a398)) (c3_1 (a398)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### Or 1300 437
% 1.09/1.24 2312. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a358)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 2311
% 1.09/1.24 2313. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 2310 2312
% 1.09/1.24 2314. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 2313 346
% 1.09/1.24 2315. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2314
% 1.09/1.24 2316. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 2309 2315
% 1.09/1.24 2317. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 2316
% 1.09/1.24 2318. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 2300 2317
% 1.09/1.24 2319. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 2318
% 1.09/1.24 2320. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 2293 2319
% 1.09/1.24 2321. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 2320
% 1.09/1.24 2322. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 2285 2321
% 1.09/1.24 2323. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 955 1221
% 1.09/1.24 2324. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 2323
% 1.09/1.24 2325. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 2324
% 1.09/1.24 2326. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 2325
% 1.09/1.24 2327. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 2326
% 1.09/1.24 2328. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2327 651
% 1.09/1.24 2329. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2328 653
% 1.09/1.24 2330. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2329 1497
% 1.09/1.24 2331. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ### Or 2023 1271
% 1.09/1.24 2332. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 2331 1497
% 1.09/1.24 2333. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (ndr1_0) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2332
% 1.09/1.24 2334. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 2330 2333
% 1.09/1.24 2335. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 2334
% 1.09/1.24 2336. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 2335
% 1.09/1.24 2337. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 2336
% 1.09/1.24 2338. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 1259 2337
% 1.09/1.25 2339. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 2296 1769
% 1.09/1.25 2340. ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 2339
% 1.09/1.25 2341. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 1895 2340
% 1.09/1.25 2342. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 2341
% 1.09/1.25 2343. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 2342
% 1.09/1.25 2344. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2343 1683
% 1.09/1.25 2345. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 2344 283
% 1.09/1.25 2346. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp22)) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 1697 957
% 1.09/1.25 2347. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1640 1769
% 1.09/1.25 2348. ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 2347
% 1.09/1.25 2349. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 2346 2348
% 1.09/1.25 2350. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 2349
% 1.09/1.25 2351. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 2350
% 1.09/1.25 2352. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2351 1683
% 1.09/1.25 2353. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 2352 283
% 1.09/1.25 2354. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 2353
% 1.09/1.25 2355. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2345 2354
% 1.09/1.25 2356. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp22)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 955 1530
% 1.09/1.25 2357. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp22)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 2356
% 1.09/1.25 2358. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp22)) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 1697 2357
% 1.09/1.25 2359. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 2358 2348
% 1.09/1.25 2360. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 2359
% 1.09/1.25 2361. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 2360
% 1.09/1.25 2362. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2361 1131
% 1.09/1.25 2363. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 2362 283
% 1.09/1.25 2364. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 2363
% 1.09/1.25 2365. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1751 2364
% 1.09/1.25 2366. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2365
% 1.09/1.25 2367. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 2355 2366
% 1.09/1.25 2368. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 2331 2354
% 1.09/1.25 2369. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (ndr1_0) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2368
% 1.09/1.25 2370. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 2367 2369
% 1.09/1.25 2371. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 2370 1146
% 1.09/1.25 2372. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 2295 1160
% 1.09/1.25 2373. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 2372 1824
% 1.09/1.25 2374. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 2373
% 1.09/1.25 2375. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 2374
% 1.09/1.25 2376. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2375 283
% 1.09/1.25 2377. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2376 346
% 1.09/1.25 2378. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2327 1184
% 1.09/1.25 2379. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) (-. (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2378 86
% 1.09/1.25 2380. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a418)) (-. (c3_1 (a418))) (-. (c2_1 (a418))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (ndr1_0) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ### Or 2229 1158
% 1.09/1.25 2381. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a418))) (-. (c3_1 (a418))) (c0_1 (a418)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### ConjTree 2380
% 1.09/1.25 2382. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a418)) (-. (c3_1 (a418))) (-. (c2_1 (a418))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ### Or 388 2381
% 1.09/1.25 2383. ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 2382
% 1.09/1.25 2384. ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 402 2383
% 1.09/1.25 2385. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ### Or 2384 1184
% 1.09/1.25 2386. ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 2385
% 1.09/1.25 2387. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2379 2386
% 1.09/1.25 2388. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### Or 2387 2364
% 1.09/1.25 2389. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2388
% 1.09/1.25 2390. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 2377 2389
% 1.09/1.25 2391. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 2331 346
% 1.09/1.25 2392. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (ndr1_0) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2391
% 1.09/1.25 2393. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 2390 2392
% 1.09/1.25 2394. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 2393
% 1.09/1.25 2395. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 2371 2394
% 1.09/1.25 2396. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp22)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ### Or 1750 2357
% 1.09/1.25 2397. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 2295 433
% 1.09/1.25 2398. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 2397 1769
% 1.09/1.25 2399. ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 2398
% 1.09/1.25 2400. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 2396 2399
% 1.09/1.25 2401. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 2400
% 1.09/1.25 2402. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 2401
% 1.09/1.26 2403. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2402 283
% 1.09/1.26 2404. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2403 2364
% 1.09/1.26 2405. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2404
% 1.09/1.26 2406. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 2355 2405
% 1.09/1.26 2407. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 2406 2369
% 1.09/1.26 2408. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 2407 630
% 1.09/1.26 2409. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 2397 1824
% 1.09/1.26 2410. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 2409
% 1.09/1.26 2411. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 2410
% 1.09/1.26 2412. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2411 283
% 1.09/1.26 2413. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2412 346
% 1.09/1.26 2414. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 2310 1824
% 1.09/1.26 2415. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 2414
% 1.09/1.26 2416. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 2415
% 1.09/1.26 2417. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2416 283
% 1.09/1.26 2418. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2417 346
% 1.09/1.26 2419. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2418
% 1.09/1.26 2420. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 2413 2419
% 1.09/1.26 2421. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 2420
% 1.09/1.26 2422. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 2408 2421
% 1.09/1.26 2423. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 2422
% 1.09/1.26 2424. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2395 2423
% 1.09/1.26 2425. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 2371 1217
% 1.09/1.26 2426. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2425 2423
% 1.09/1.26 2427. ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 2426
% 1.09/1.26 2428. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 2424 2427
% 1.09/1.26 2429. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ### ConjTree 2428
% 1.09/1.26 2430. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2338 2429
% 1.09/1.26 2431. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1812 1263
% 1.09/1.26 2432. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2431 1497
% 1.09/1.26 2433. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2432
% 1.09/1.26 2434. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 1259 2433
% 1.09/1.26 2435. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1827 1263
% 1.09/1.26 2436. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2435 346
% 1.09/1.26 2437. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2436
% 1.09/1.26 2438. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1277 2437
% 1.09/1.26 2439. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 2438
% 1.09/1.26 2440. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2434 2439
% 1.09/1.26 2441. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 2440
% 1.09/1.26 2442. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 2430 2441
% 1.12/1.26 2443. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 2059
% 1.12/1.26 2444. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 2296 372
% 1.12/1.26 2445. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1640 372
% 1.12/1.26 2446. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (ndr1_0) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 2445
% 1.12/1.26 2447. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 2444 2446
% 1.12/1.26 2448. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 2372 372
% 1.12/1.26 2449. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 2448 346
% 1.12/1.26 2450. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 489 1184
% 1.12/1.26 2451. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2450 2446
% 1.12/1.27 2452. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2451
% 1.12/1.27 2453. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 2449 2452
% 1.12/1.27 2454. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 2453 2315
% 1.12/1.27 2455. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 2454
% 1.12/1.27 2456. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 2447 2455
% 1.12/1.27 2457. ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a355)) (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (-. (c1_1 (a355))) (c2_1 (a364)) (-. (c0_1 (a364))) (All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) (-. (c1_1 (a364))) (ndr1_0) ### DisjTree 1214 1447 344
% 1.12/1.27 2458. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (ndr1_0) (-. (c1_1 (a364))) (All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) (-. (c0_1 (a364))) (c2_1 (a364)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ### DisjTree 2457 194 101
% 1.12/1.27 2459. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a364)) (-. (c0_1 (a364))) (All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) (-. (c1_1 (a364))) (ndr1_0) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### DisjTree 2458 31 3
% 1.12/1.27 2460. ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ### DisjTree 2459 387 423
% 1.12/1.27 2461. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (ndr1_0) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ### ConjTree 2460
% 1.12/1.27 2462. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 2295 2461
% 1.12/1.27 2463. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 2462 372
% 1.12/1.27 2464. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 2463 346
% 1.12/1.27 2465. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2464
% 1.12/1.27 2466. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 2447 2465
% 1.12/1.27 2467. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 2397 372
% 1.12/1.27 2468. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 2467 2446
% 1.12/1.27 2469. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 2310 372
% 1.12/1.27 2470. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 2469 2446
% 1.12/1.27 2471. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2470
% 1.12/1.27 2472. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 2468 2471
% 1.12/1.27 2473. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 2472
% 1.12/1.27 2474. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2466 2473
% 1.12/1.27 2475. ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 2474
% 1.12/1.27 2476. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2456 2475
% 1.12/1.27 2477. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ### ConjTree 2476
% 1.12/1.27 2478. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 2443 2477
% 1.12/1.27 2479. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 2478
% 1.12/1.27 2480. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 2442 2479
% 1.12/1.27 2481. ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### ConjTree 2480
% 1.12/1.27 2482. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 2322 2481
% 1.12/1.27 2483. ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ### ConjTree 2482
% 1.12/1.27 2484. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 2226 2483
% 1.12/1.27 2485. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 782
% 1.12/1.27 2486. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 2000
% 1.12/1.27 2487. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 2486
% 1.12/1.27 2488. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 2487
% 1.12/1.27 2489. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2488 1333
% 1.12/1.27 2490. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 813 1748 1179
% 1.12/1.27 2491. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp28)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### DisjTree 2490 954 23
% 1.12/1.27 2492. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ### DisjTree 866 2490 6
% 1.12/1.27 2493. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ### ConjTree 2492
% 1.12/1.27 2494. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 2491 2493
% 1.12/1.27 2495. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp28)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### DisjTree 2067 954 23
% 1.12/1.27 2496. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 2495 33
% 1.12/1.27 2497. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a355)) (-. (c1_1 (a355))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 2496
% 1.12/1.27 2498. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 2494 2497
% 1.12/1.27 2499. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 2494 346
% 1.12/1.27 2500. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2499
% 1.12/1.27 2501. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 2498 2500
% 1.12/1.27 2502. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 2501
% 1.12/1.27 2503. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 2489 2502
% 1.12/1.28 2504. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 2503
% 1.12/1.28 2505. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2485 2504
% 1.12/1.28 2506. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 1345 2191
% 1.12/1.28 2507. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1809 334
% 1.12/1.28 2508. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 2507
% 1.12/1.28 2509. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1340 2508
% 1.12/1.28 2510. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 2509
% 1.12/1.28 2511. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 2510
% 1.12/1.28 2512. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 2511
% 1.12/1.28 2513. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1277 2512
% 1.12/1.28 2514. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2513 1386
% 1.12/1.28 2515. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 2514
% 1.12/1.28 2516. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 2506 2515
% 1.12/1.28 2517. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 233 871
% 1.12/1.28 2518. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 2517 281
% 1.12/1.28 2519. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ### Or 2518 346
% 1.12/1.28 2520. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2519
% 1.12/1.28 2521. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 2520
% 1.12/1.28 2522. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 2521
% 1.12/1.28 2523. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 2443 2522
% 1.12/1.28 2524. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1809 372
% 1.12/1.28 2525. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 2524
% 1.12/1.28 2526. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 2523 2525
% 1.12/1.28 2527. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### ConjTree 2526
% 1.12/1.28 2528. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 2516 2527
% 1.12/1.28 2529. ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### ConjTree 2528
% 1.12/1.28 2530. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 2505 2529
% 1.12/1.28 2531. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c2_1 (a398))) (c1_1 (a398)) (c3_1 (a398)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### DisjTree 1507 855 332
% 1.12/1.28 2532. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c2_1 (a398))) (c1_1 (a398)) (c3_1 (a398)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### DisjTree 1507 2531 60
% 1.12/1.28 2533. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ### ConjTree 2532
% 1.12/1.28 2534. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ### Or 1506 2533
% 1.12/1.28 2535. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 2534
% 1.12/1.28 2536. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 2535
% 1.12/1.28 2537. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) (-. (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2536 86
% 1.12/1.28 2538. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2536 2238
% 1.12/1.28 2539. ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a369)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 2538
% 1.12/1.28 2540. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2537 2539
% 1.12/1.28 2541. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a369)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### Or 2540 1497
% 1.12/1.28 2542. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2541
% 1.12/1.28 2543. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 2542
% 1.12/1.28 2544. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 2543
% 1.12/1.28 2545. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 865 2544
% 1.12/1.28 2546. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2545 442
% 1.12/1.28 2547. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ### DisjTree 866 1409 872
% 1.12/1.28 2548. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### ConjTree 2547
% 1.12/1.28 2549. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 2491 2548
% 1.12/1.28 2550. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 2549 2497
% 1.12/1.28 2551. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 2549 346
% 1.12/1.28 2552. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2551
% 1.12/1.28 2553. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 2550 2552
% 1.12/1.28 2554. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 2553
% 1.12/1.28 2555. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 2546 2554
% 1.12/1.28 2556. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 1407 2554
% 1.12/1.28 2557. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 2556
% 1.12/1.28 2558. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 2555 2557
% 1.12/1.28 2559. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### Or 1963 880
% 1.12/1.29 2560. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2559
% 1.12/1.29 2561. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 910 2560
% 1.12/1.29 2562. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 2561
% 1.12/1.29 2563. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 1259 2562
% 1.12/1.29 2564. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2563 2554
% 1.12/1.29 2565. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2536 1263
% 1.12/1.29 2566. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2565 1817
% 1.12/1.29 2567. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2566
% 1.12/1.29 2568. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 2567
% 1.12/1.29 2569. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 2568
% 1.12/1.29 2570. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1277 2569
% 1.12/1.29 2571. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2570 1386
% 1.12/1.29 2572. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 2571
% 1.12/1.29 2573. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 2564 2572
% 1.12/1.29 2574. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 2443 2554
% 1.12/1.29 2575. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 2574
% 1.12/1.29 2576. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 2573 2575
% 1.12/1.29 2577. ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### ConjTree 2576
% 1.12/1.29 2578. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 2558 2577
% 1.12/1.29 2579. ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ### ConjTree 2578
% 1.12/1.29 2580. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ### Or 2530 2579
% 1.12/1.29 2581. ((ndr1_0) /\ ((c1_1 (a357)) /\ ((c3_1 (a357)) /\ (-. (c0_1 (a357)))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ### ConjTree 2580
% 1.12/1.29 2582. ((-. (hskp3)) \/ ((ndr1_0) /\ ((c1_1 (a357)) /\ ((c3_1 (a357)) /\ (-. (c0_1 (a357))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ### Or 2484 2581
% 1.12/1.29 2583. ((ndr1_0) /\ ((c0_1 (a356)) /\ ((c2_1 (a356)) /\ (-. (c1_1 (a356)))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp3)) \/ ((ndr1_0) /\ ((c1_1 (a357)) /\ ((c3_1 (a357)) /\ (-. (c0_1 (a357))))))) ### ConjTree 2582
% 1.12/1.29 2584. ((-. (hskp2)) \/ ((ndr1_0) /\ ((c0_1 (a356)) /\ ((c2_1 (a356)) /\ (-. (c1_1 (a356))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp0)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (ndr1_0) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp16))) ((-. (hskp3)) \/ ((ndr1_0) /\ ((c1_1 (a357)) /\ ((c3_1 (a357)) /\ (-. (c0_1 (a357))))))) ### Or 2172 2583
% 1.12/1.29 2585. ((ndr1_0) /\ ((c0_1 (a355)) /\ ((c3_1 (a355)) /\ (-. (c1_1 (a355)))))) ((-. (hskp3)) \/ ((ndr1_0) /\ ((c1_1 (a357)) /\ ((c3_1 (a357)) /\ (-. (c0_1 (a357))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) (-. (hskp0)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp2)) \/ ((ndr1_0) /\ ((c0_1 (a356)) /\ ((c2_1 (a356)) /\ (-. (c1_1 (a356))))))) ### ConjTree 2584
% 1.12/1.29 2586. ((-. (hskp1)) \/ ((ndr1_0) /\ ((c0_1 (a355)) /\ ((c3_1 (a355)) /\ (-. (c1_1 (a355))))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ ((hskp24) \/ (hskp10))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp16))) ((-. (hskp3)) \/ ((ndr1_0) /\ ((c1_1 (a357)) /\ ((c3_1 (a357)) /\ (-. (c0_1 (a357))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ (hskp0))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp0)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp0)) ((hskp13) \/ ((hskp27) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp27)) \/ ((ndr1_0) /\ ((c2_1 (a446)) /\ ((c3_1 (a446)) /\ (-. (c0_1 (a446))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All X109, ((ndr1_0) => ((c3_1 X109) \/ ((-. (c0_1 X109)) \/ (-. (c1_1 X109)))))) \/ ((hskp29) \/ (hskp12))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp15) \/ ((hskp11) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp0))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((hskp17) \/ ((hskp1) \/ (hskp11))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ ((hskp30) \/ (hskp22))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp17))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (hskp31))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp2)) \/ ((ndr1_0) /\ ((c0_1 (a356)) /\ ((c2_1 (a356)) /\ (-. (c1_1 (a356))))))) ### Or 1438 2585
% 1.12/1.29 2587. (-. (c2_1 (a353))) (c2_1 (a353)) ### Axiom
% 1.12/1.29 2588. (-. (c2_1 (a353))) (c2_1 (a353)) ### Axiom
% 1.12/1.29 2589. (c1_1 (a353)) (-. (c1_1 (a353))) ### Axiom
% 1.12/1.29 2590. (c3_1 (a353)) (-. (c3_1 (a353))) ### Axiom
% 1.12/1.29 2591. ((ndr1_0) => ((c2_1 (a353)) \/ ((-. (c1_1 (a353))) \/ (-. (c3_1 (a353)))))) (c3_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a353))) (ndr1_0) ### DisjTree 8 2588 2589 2590
% 1.12/1.29 2592. (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (ndr1_0) (-. (c2_1 (a353))) (c1_1 (a353)) (c3_1 (a353)) ### All 2591
% 1.12/1.29 2593. (c1_1 (a353)) (-. (c1_1 (a353))) ### Axiom
% 1.12/1.29 2594. ((ndr1_0) => ((c2_1 (a353)) \/ ((c3_1 (a353)) \/ (-. (c1_1 (a353)))))) (c1_1 (a353)) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (-. (c2_1 (a353))) (ndr1_0) ### DisjTree 8 2587 2592 2593
% 1.12/1.29 2595. (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) (ndr1_0) (-. (c2_1 (a353))) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (c1_1 (a353)) ### All 2594
% 1.12/1.29 2596. ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp19)) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) (ndr1_0) (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) ### DisjTree 2595 123 24
% 1.12/1.29 2597. (-. (c2_1 (a353))) (c2_1 (a353)) ### Axiom
% 1.12/1.29 2598. (c0_1 (a353)) (-. (c0_1 (a353))) ### Axiom
% 1.12/1.29 2599. (c1_1 (a353)) (-. (c1_1 (a353))) ### Axiom
% 1.12/1.29 2600. ((ndr1_0) => ((c2_1 (a353)) \/ ((-. (c0_1 (a353))) \/ (-. (c1_1 (a353)))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (ndr1_0) ### DisjTree 8 2597 2598 2599
% 1.12/1.29 2601. (All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) (ndr1_0) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ### All 2600
% 1.12/1.29 2602. (-. (c2_1 (a353))) (c2_1 (a353)) ### Axiom
% 1.12/1.29 2603. (c0_1 (a353)) (-. (c0_1 (a353))) ### Axiom
% 1.12/1.29 2604. ((ndr1_0) => ((c2_1 (a353)) \/ ((c3_1 (a353)) \/ (-. (c0_1 (a353)))))) (c0_1 (a353)) (c1_1 (a353)) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (-. (c2_1 (a353))) (ndr1_0) ### DisjTree 8 2602 2592 2603
% 1.12/1.29 2605. (All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) (ndr1_0) (-. (c2_1 (a353))) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (c1_1 (a353)) (c0_1 (a353)) ### All 2604
% 1.12/1.29 2606. ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) (c0_1 (a353)) (ndr1_0) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) (-. (hskp19)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ### DisjTree 2596 2601 2605
% 1.12/1.29 2607. ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp25)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp19)) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) (ndr1_0) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### DisjTree 2606 123 408
% 1.12/1.29 2608. ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (ndr1_0) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) (-. (hskp19)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ### Or 2607 418
% 1.12/1.29 2609. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) (ndr1_0) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ### Or 2608 44
% 1.12/1.29 2610. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a353))) (All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ### DisjTree 461 233 2605
% 1.12/1.29 2611. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c2_1 (a353))) (c1_1 (a353)) (c0_1 (a353)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 2610 285
% 1.12/1.29 2612. (-. (c2_1 (a353))) (c2_1 (a353)) ### Axiom
% 1.12/1.29 2613. (-. (c2_1 (a353))) (c2_1 (a353)) ### Axiom
% 1.12/1.29 2614. (c0_1 (a353)) (-. (c0_1 (a353))) ### Axiom
% 1.12/1.29 2615. (c3_1 (a353)) (-. (c3_1 (a353))) ### Axiom
% 1.12/1.29 2616. ((ndr1_0) => ((c2_1 (a353)) \/ ((-. (c0_1 (a353))) \/ (-. (c3_1 (a353)))))) (c3_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (ndr1_0) ### DisjTree 8 2613 2614 2615
% 1.12/1.29 2617. (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))) (ndr1_0) (-. (c2_1 (a353))) (c0_1 (a353)) (c3_1 (a353)) ### All 2616
% 1.12/1.29 2618. (c0_1 (a353)) (-. (c0_1 (a353))) ### Axiom
% 1.12/1.29 2619. ((ndr1_0) => ((c2_1 (a353)) \/ ((c3_1 (a353)) \/ (-. (c0_1 (a353)))))) (c0_1 (a353)) (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))) (-. (c2_1 (a353))) (ndr1_0) ### DisjTree 8 2612 2617 2618
% 1.12/1.29 2620. (All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) (ndr1_0) (-. (c2_1 (a353))) (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))) (c0_1 (a353)) ### All 2619
% 1.12/1.29 2621. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))) (-. (c2_1 (a353))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 2620 285
% 1.12/1.29 2622. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 2611 2621
% 1.12/1.29 2623. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c2_1 (a353))) (c1_1 (a353)) (c0_1 (a353)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ### ConjTree 2622
% 1.12/1.29 2624. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 2623
% 1.12/1.29 2625. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 489 2623
% 1.12/1.30 2626. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 2623
% 1.12/1.30 2627. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c2_1 (a353))) (c1_1 (a353)) (c0_1 (a353)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 2626
% 1.12/1.30 2628. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (-. (c2_1 (a353))) (c1_1 (a353)) (c0_1 (a353)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2625 2627
% 1.12/1.30 2629. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 2628
% 1.12/1.30 2630. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c2_1 (a353))) (c1_1 (a353)) (c0_1 (a353)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2624 2629
% 1.12/1.30 2631. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 2630
% 1.12/1.30 2632. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c2_1 (a353))) (c1_1 (a353)) (c0_1 (a353)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 443 2631
% 1.12/1.30 2633. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c0_1 (a359))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 648 2621
% 1.12/1.30 2634. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 280 2633
% 1.12/1.30 2635. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### ConjTree 2634
% 1.12/1.30 2636. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 2635
% 1.12/1.30 2637. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ### DisjTree 905 576 1
% 1.12/1.30 2638. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (-. (c0_1 (a397))) (c1_1 (a397)) (c2_1 (a397)) (-. (hskp15)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ### DisjTree 2637 31 132
% 1.12/1.30 2639. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ### ConjTree 2638
% 1.12/1.30 2640. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (-. (c0_1 (a397))) (c1_1 (a397)) (c2_1 (a397)) (-. (hskp15)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ### Or 388 2639
% 1.12/1.30 2641. ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 2640
% 1.12/1.30 2642. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 1895 2641
% 1.12/1.30 2643. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 2642
% 1.12/1.30 2644. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 2643
% 1.12/1.30 2645. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c0_1 (a372)) (c1_1 (a372)) (c2_1 (a372)) (c0_1 (a373)) (c1_1 (a373)) (c3_1 (a373)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ### DisjTree 2260 257 98
% 1.12/1.30 2646. ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c2_1 (a372)) (c1_1 (a372)) (c0_1 (a372)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ### ConjTree 2645
% 1.12/1.30 2647. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c0_1 (a372)) (c1_1 (a372)) (c2_1 (a372)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ### Or 102 2646
% 1.12/1.30 2648. ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp23)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### ConjTree 2647
% 1.12/1.30 2649. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ### Or 490 2648
% 1.12/1.30 2650. ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) ### DisjTree 257 2601 122
% 1.12/1.30 2651. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) (ndr1_0) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### ConjTree 2650
% 1.12/1.30 2652. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 2649 2651
% 1.12/1.30 2653. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 2652
% 1.12/1.30 2654. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 2653
% 1.12/1.30 2655. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### ConjTree 2654
% 1.12/1.30 2656. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2644 2655
% 1.12/1.30 2657. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 2656 492
% 1.12/1.30 2658. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2657 283
% 1.12/1.30 2659. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) (-. (hskp19)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 52 2596
% 1.12/1.30 2660. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ### Or 2659 2635
% 1.12/1.30 2661. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 2660
% 1.12/1.30 2662. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2658 2661
% 1.12/1.30 2663. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 2635
% 1.12/1.30 2664. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 2663
% 1.12/1.30 2665. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 2662 2664
% 1.12/1.30 2666. ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) ### DisjTree 257 2601 364
% 1.12/1.30 2667. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (ndr1_0) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### DisjTree 2666 194 101
% 1.12/1.30 2668. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### DisjTree 2667 257 423
% 1.12/1.30 2669. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ### Or 2668 2651
% 1.12/1.30 2670. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (ndr1_0) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 2669
% 1.12/1.30 2671. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2644 2670
% 1.12/1.30 2672. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c0_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 2671 651
% 1.12/1.30 2673. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 1895 1227
% 1.12/1.30 2674. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 2673 2670
% 1.12/1.30 2675. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 2674
% 1.12/1.30 2676. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2672 2675
% 1.12/1.30 2677. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) ### DisjTree 1673 194 101
% 1.12/1.30 2678. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (-. (c2_1 (a353))) (All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### DisjTree 2677 2595 423
% 1.12/1.30 2679. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c2_1 (a353))) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) ### DisjTree 460 2678 42
% 1.12/1.30 2680. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ### DisjTree 72 576 2679
% 1.12/1.30 2681. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c1_1 (a353)) (-. (c2_1 (a353))) (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ### DisjTree 1156 2595 332
% 1.12/1.30 2682. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) (-. (c0_1 (a397))) (c1_1 (a397)) (c2_1 (a397)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### DisjTree 2680 52 2681
% 1.12/1.30 2683. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ### ConjTree 2682
% 1.12/1.30 2684. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) (-. (c0_1 (a397))) (c1_1 (a397)) (c2_1 (a397)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ### Or 388 2683
% 1.12/1.30 2685. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 2684 1769
% 1.12/1.30 2686. ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 2685
% 1.12/1.30 2687. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 1766 2686
% 1.12/1.30 2688. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 2687
% 1.12/1.30 2689. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 2688
% 1.12/1.30 2690. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2689 651
% 1.12/1.30 2691. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2690 653
% 1.12/1.30 2692. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c1_1 (a353)) (-. (c2_1 (a353))) (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ### DisjTree 666 2595 332
% 1.12/1.30 2693. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 52 2692
% 1.12/1.30 2694. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ### ConjTree 2693
% 1.12/1.30 2695. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2691 2694
% 1.12/1.30 2696. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2695
% 1.12/1.30 2697. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c0_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2676 2696
% 1.12/1.30 2698. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 2697 2664
% 1.12/1.30 2699. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 2698
% 1.12/1.30 2700. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 2665 2699
% 1.12/1.30 2701. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 2700
% 1.12/1.30 2702. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2636 2701
% 1.12/1.30 2703. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 434 2635
% 1.12/1.30 2704. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2703 2664
% 1.12/1.30 2705. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 2704
% 1.12/1.30 2706. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2702 2705
% 1.12/1.30 2707. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ### DisjTree 905 598 1
% 1.12/1.30 2708. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ### DisjTree 72 598 2595
% 1.12/1.30 2709. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a395)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (hskp15)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ### DisjTree 2707 2708 98
% 1.12/1.30 2710. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ### ConjTree 2709
% 1.12/1.30 2711. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (hskp15)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 2710
% 1.12/1.30 2712. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2711 283
% 1.12/1.30 2713. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 52 2708
% 1.12/1.30 2714. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ### ConjTree 2713
% 1.12/1.30 2715. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 2714
% 1.12/1.30 2716. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2715 1186
% 1.12/1.30 2717. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2716 346
% 1.12/1.31 2718. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2717
% 1.12/1.31 2719. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2712 2718
% 1.12/1.31 2720. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2715 653
% 1.12/1.31 2721. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2720 346
% 1.12/1.31 2722. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2721
% 1.12/1.31 2723. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1765 2722
% 1.12/1.31 2724. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 2723 2664
% 1.12/1.31 2725. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 2724
% 1.12/1.31 2726. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 2719 2725
% 1.12/1.31 2727. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 2726
% 1.12/1.31 2728. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2636 2727
% 1.12/1.31 2729. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2636 1217
% 1.12/1.31 2730. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2729 2705
% 1.12/1.31 2731. ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 2730
% 1.12/1.31 2732. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2728 2731
% 1.12/1.31 2733. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ### ConjTree 2732
% 1.12/1.31 2734. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 2706 2733
% 1.12/1.31 2735. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ### Or 665 2651
% 1.12/1.31 2736. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 2735
% 1.12/1.31 2737. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 2673 2736
% 1.12/1.31 2738. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 2737
% 1.12/1.31 2739. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2657 2738
% 1.12/1.31 2740. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2739 2661
% 1.12/1.31 2741. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 2740 2664
% 1.12/1.31 2742. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 2741 2699
% 1.12/1.31 2743. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 2742
% 1.12/1.31 2744. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2636 2743
% 1.12/1.31 2745. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2744 2705
% 1.12/1.31 2746. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1664 2718
% 1.12/1.31 2747. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 2746 2664
% 1.12/1.31 2748. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 2747
% 1.12/1.31 2749. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2636 2748
% 1.12/1.31 2750. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2749 2731
% 1.12/1.31 2751. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ### ConjTree 2750
% 1.12/1.31 2752. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 2745 2751
% 1.12/1.31 2753. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 2752
% 1.12/1.31 2754. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 2734 2753
% 1.12/1.31 2755. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 2754 2631
% 1.12/1.31 2756. ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### ConjTree 2755
% 1.12/1.32 2757. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp3)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 2632 2756
% 1.12/1.32 2758. ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c2_1 (a353))) (c1_1 (a353)) (c0_1 (a353)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ### ConjTree 2757
% 1.12/1.32 2759. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) (-. (hskp3)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (ndr1_0) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2609 2758
% 1.12/1.32 2760. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a353))) (All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) (c3_1 (a375)) (-. (c0_1 (a375))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ### DisjTree 1020 2605 332
% 1.12/1.32 2761. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c0_1 (a375))) (c3_1 (a375)) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (c2_1 (a353))) (c1_1 (a353)) (c0_1 (a353)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 2760 285
% 1.12/1.32 2762. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a375)) (-. (c0_1 (a375))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ### Or 2761 1885
% 1.12/1.32 2763. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c0_1 (a375))) (c3_1 (a375)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (c2_1 (a353))) (c1_1 (a353)) (c0_1 (a353)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### ConjTree 2762
% 1.12/1.32 2764. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a375)) (-. (c0_1 (a375))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 2763
% 1.12/1.32 2765. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c0_1 (a375))) (c3_1 (a375)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (c2_1 (a353))) (c1_1 (a353)) (c0_1 (a353)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 2764
% 1.12/1.32 2766. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a375)) (-. (c0_1 (a375))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 780 2765
% 1.12/1.32 2767. ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (c2_1 (a353))) (c1_1 (a353)) (c0_1 (a353)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 2766
% 1.12/1.32 2768. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 818 2767
% 1.12/1.32 2769. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 2670
% 1.12/1.32 2770. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 2769
% 1.12/1.32 2771. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (c2_1 (a353))) (c1_1 (a353)) (c0_1 (a353)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### Or 2768 2770
% 1.12/1.32 2772. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 2771
% 1.12/1.32 2773. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (c2_1 (a353))) (c1_1 (a353)) (c0_1 (a353)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp8)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### Or 778 2772
% 1.12/1.32 2774. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### DisjTree 2667 58 6
% 1.12/1.32 2775. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ### Or 2774 2651
% 1.12/1.32 2776. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 2775 76
% 1.12/1.32 2777. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### ConjTree 2776
% 1.12/1.32 2778. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 2777
% 1.12/1.32 2779. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a369)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 2778 625
% 1.12/1.32 2780. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 2779
% 1.12/1.32 2781. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 826 2780
% 1.12/1.32 2782. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 2781
% 1.12/1.32 2783. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp8)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### Or 778 2782
% 1.12/1.32 2784. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 2783
% 1.12/1.32 2785. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) (-. (hskp8)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2773 2784
% 1.12/1.32 2786. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a375))) (c3_1 (a375)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp22)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ### Or 2007 1242
% 1.12/1.32 2787. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ### DisjTree 72 576 856
% 1.12/1.32 2788. ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397)))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### ConjTree 2787
% 1.12/1.32 2789. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a375)) (-. (c0_1 (a375))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 2786 2788
% 1.12/1.32 2790. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a375))) (c3_1 (a375)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 2789
% 1.12/1.32 2791. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a375)) (-. (c0_1 (a375))) (ndr1_0) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ### Or 784 2790
% 1.12/1.32 2792. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (c0_1 (a375))) (c3_1 (a375)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### ConjTree 2791
% 1.12/1.32 2793. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a375)) (-. (c0_1 (a375))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 2792
% 1.12/1.32 2794. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c0_1 (a375))) (c3_1 (a375)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 2793
% 1.12/1.32 2795. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (c3_1 (a375)) (-. (c0_1 (a375))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 780 2794
% 1.12/1.32 2796. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c0_1 (a375))) (c3_1 (a375)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2795 346
% 1.12/1.32 2797. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (c3_1 (a375)) (-. (c0_1 (a375))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2796
% 1.12/1.32 2798. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c0_1 (a375))) (c3_1 (a375)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1865 2797
% 1.12/1.32 2799. ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### ConjTree 2798
% 1.12/1.32 2800. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 799 2799
% 1.12/1.32 2801. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) (-. (hskp28)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ### DisjTree 537 2005 23
% 1.12/1.32 2802. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp28)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 2801 123
% 1.12/1.32 2803. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a375))) (c3_1 (a375)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ### Or 2802 1242
% 1.12/1.32 2804. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a375)) (-. (c0_1 (a375))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 2803
% 1.12/1.32 2805. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (c0_1 (a375))) (c3_1 (a375)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 800 2804
% 1.12/1.32 2806. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a375)) (-. (c0_1 (a375))) (ndr1_0) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2805 346
% 1.12/1.32 2807. ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2806
% 1.12/1.32 2808. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 799 2807
% 1.12/1.32 2809. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### ConjTree 2808
% 1.12/1.32 2810. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### Or 2800 2809
% 1.12/1.32 2811. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 2810
% 1.12/1.32 2812. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### Or 787 2811
% 1.12/1.32 2813. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### Or 787 2782
% 1.12/1.32 2814. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 2813
% 1.12/1.32 2815. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2812 2814
% 1.12/1.32 2816. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 2815
% 1.12/1.32 2817. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (c2_1 (a353))) (c1_1 (a353)) (c0_1 (a353)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 2785 2816
% 1.12/1.32 2818. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 2817
% 1.12/1.33 2819. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (c2_1 (a353))) (c1_1 (a353)) (c0_1 (a353)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 807 2818
% 1.12/1.33 2820. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 77 2635
% 1.12/1.33 2821. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2820 283
% 1.12/1.33 2822. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 2821
% 1.12/1.33 2823. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 284 2822
% 1.12/1.33 2824. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp11)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 2042 274
% 1.12/1.33 2825. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 780 2635
% 1.12/1.33 2826. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 2825
% 1.12/1.33 2827. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2824 2826
% 1.12/1.33 2828. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 2827
% 1.12/1.33 2829. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2823 2828
% 1.12/1.33 2830. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (-. (c2_1 (a353))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) ### DisjTree 431 2595 98
% 1.12/1.33 2831. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 233 2830
% 1.12/1.33 2832. ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) (c0_1 (a353)) (ndr1_0) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) (-. (hskp19)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ### DisjTree 2596 2601 122
% 1.12/1.33 2833. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp19)) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) (ndr1_0) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### ConjTree 2832
% 1.12/1.33 2834. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) (-. (hskp19)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### Or 370 2833
% 1.12/1.33 2835. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 2834 2635
% 1.12/1.33 2836. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 2835
% 1.12/1.33 2837. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### Or 2831 2836
% 1.12/1.33 2838. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 2837
% 1.12/1.33 2839. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 859 2838
% 1.12/1.33 2840. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 2839
% 1.12/1.33 2841. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 2829 2840
% 1.12/1.33 2842. ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### ConjTree 2841
% 1.12/1.33 2843. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 2819 2842
% 1.12/1.33 2844. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 865 923
% 1.12/1.33 2845. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2844 442
% 1.12/1.33 2846. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2711 885
% 1.12/1.33 2847. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 2092 90
% 1.12/1.33 2848. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2847 346
% 1.12/1.33 2849. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2848
% 1.12/1.33 2850. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2846 2849
% 1.12/1.33 2851. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 2086 2670
% 1.12/1.33 2852. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 2851 90
% 1.12/1.33 2853. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2852 346
% 1.12/1.33 2854. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 2853 2849
% 1.12/1.33 2855. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 2854 440
% 1.12/1.33 2856. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 2855
% 1.12/1.33 2857. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 2850 2856
% 1.12/1.33 2858. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 2857
% 1.12/1.33 2859. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 865 2858
% 1.12/1.33 2860. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2859 442
% 1.12/1.33 2861. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 2860
% 1.20/1.33 2862. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 2845 2861
% 1.20/1.33 2863. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (c1_1 (a353)) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (-. (c2_1 (a353))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ### DisjTree 1520 52 2595
% 1.20/1.33 2864. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ### DisjTree 1520 233 2863
% 1.20/1.33 2865. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### ConjTree 2864
% 1.20/1.33 2866. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 692 2865
% 1.20/1.33 2867. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ### Or 912 425
% 1.20/1.33 2868. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### ConjTree 2867
% 1.20/1.33 2869. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 2866 2868
% 1.20/1.33 2870. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (hskp1)) (-. (hskp14)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ### Or 798 1403
% 1.20/1.33 2871. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 2870 425
% 1.20/1.33 2872. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### ConjTree 2871
% 1.20/1.33 2873. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 2869 2872
% 1.20/1.33 2874. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2873 893
% 1.20/1.33 2875. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 799 425
% 1.20/1.33 2876. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### ConjTree 2875
% 1.20/1.33 2877. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 2869 2876
% 1.20/1.33 2878. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2877 893
% 1.20/1.33 2879. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 2878
% 1.20/1.33 2880. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 2874 2879
% 1.20/1.33 2881. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 2880
% 1.20/1.34 2882. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 2862 2881
% 1.20/1.34 2883. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2636 923
% 1.20/1.34 2884. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2883 2705
% 1.20/1.34 2885. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2636 2876
% 1.20/1.34 2886. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2885 2705
% 1.20/1.34 2887. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 2886
% 1.20/1.34 2888. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 2884 2887
% 1.20/1.34 2889. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 859 2705
% 1.20/1.34 2890. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 2889
% 1.20/1.34 2891. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 2888 2890
% 1.20/1.34 2892. ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### ConjTree 2891
% 1.20/1.34 2893. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 2882 2892
% 1.20/1.34 2894. ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ### ConjTree 2893
% 1.20/1.34 2895. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (c2_1 (a353))) (c1_1 (a353)) (c0_1 (a353)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ### Or 2843 2894
% 1.20/1.34 2896. ((ndr1_0) /\ ((c1_1 (a357)) /\ ((c3_1 (a357)) /\ (-. (c0_1 (a357)))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ### ConjTree 2895
% 1.20/1.34 2897. ((-. (hskp3)) \/ ((ndr1_0) /\ ((c1_1 (a357)) /\ ((c3_1 (a357)) /\ (-. (c0_1 (a357))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) (ndr1_0) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ### Or 2759 2896
% 1.20/1.34 2898. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (c0_1 (a375))) (c3_1 (a375)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 800 44
% 1.20/1.34 2899. ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 2898
% 1.20/1.34 2900. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 886 2899
% 1.20/1.34 2901. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### ConjTree 2900
% 1.20/1.34 2902. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 2901
% 1.20/1.34 2903. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 2902
% 1.20/1.34 2904. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2180 2903
% 1.20/1.34 2905. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c1_1 (a365)) (c3_1 (a365)) (c2_1 (a365)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ### DisjTree 960 233 234
% 1.20/1.34 2906. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### ConjTree 2905
% 1.20/1.34 2907. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 955 2906
% 1.20/1.34 2908. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 2907
% 1.20/1.34 2909. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 2908
% 1.20/1.34 2910. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 2909 2777
% 1.20/1.34 2911. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 2910 44
% 1.20/1.34 2912. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a365)) (c3_1 (a365)) (c2_1 (a365)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ### DisjTree 196 233 234
% 1.20/1.34 2913. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### ConjTree 2912
% 1.20/1.34 2914. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 955 2913
% 1.20/1.34 2915. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 2914
% 1.20/1.34 2916. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 2915
% 1.20/1.34 2917. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) (c1_1 (a365)) (c3_1 (a365)) (c2_1 (a365)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ### DisjTree 989 233 234
% 1.20/1.34 2918. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a398)) (c1_1 (a398)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### ConjTree 2917
% 1.20/1.34 2919. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 955 2918
% 1.20/1.34 2920. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a398)) (c1_1 (a398)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 2919
% 1.20/1.34 2921. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 2920
% 1.20/1.34 2922. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 2921
% 1.20/1.34 2923. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 2916 2922
% 1.20/1.34 2924. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp14)) (-. (hskp1)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 2923 288
% 1.20/1.34 2925. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp1)) (-. (hskp14)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2924 2777
% 1.20/1.34 2926. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp14)) (-. (hskp1)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 2925 44
% 1.20/1.34 2927. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp1)) (-. (hskp14)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 2926
% 1.20/1.34 2928. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp14)) (-. (hskp1)) (c0_1 (a369)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2911 2927
% 1.20/1.34 2929. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c0_1 (a369)) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 2928 1027
% 1.20/1.34 2930. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (c0_1 (a369)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### ConjTree 2929
% 1.20/1.34 2931. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c0_1 (a369)) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2193 2930
% 1.20/1.34 2932. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 2931
% 1.20/1.34 2933. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 2932
% 1.20/1.34 2934. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 2933
% 1.20/1.34 2935. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 2934
% 1.20/1.35 2936. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 2909 261
% 1.20/1.35 2937. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 2936 44
% 1.20/1.35 2938. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2937 346
% 1.20/1.35 2939. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2938
% 1.20/1.35 2940. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2193 2939
% 1.20/1.35 2941. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a363)) (All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) (-. (c3_1 (a363))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c1_1 (a365)) (c3_1 (a365)) (c2_1 (a365)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ### DisjTree 960 2666 1371
% 1.20/1.35 2942. ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c2_1 (a365)) (c3_1 (a365)) (c1_1 (a365)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (-. (c3_1 (a363))) (c2_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### DisjTree 2941 149 31
% 1.20/1.35 2943. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ### ConjTree 2942
% 1.20/1.35 2944. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (-. (c3_1 (a363))) (c2_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 955 2943
% 1.20/1.35 2945. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 2944
% 1.20/1.35 2946. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (-. (c3_1 (a363))) (c2_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 2945
% 1.20/1.35 2947. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 2946
% 1.20/1.35 2948. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c3_1 (a363))) (c2_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 2909 2947
% 1.20/1.35 2949. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 2948 44
% 1.20/1.35 2950. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a363)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c3_1 (a363))) (c2_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp3)) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2949 346
% 1.20/1.35 2951. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c1_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2950
% 1.20/1.35 2952. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a363)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c3_1 (a363))) (c2_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2193 2951
% 1.20/1.35 2953. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c1_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 2952
% 1.20/1.35 2954. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 2940 2953
% 1.20/1.35 2955. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 2954
% 1.20/1.35 2956. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 2955
% 1.20/1.35 2957. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 2956
% 1.20/1.35 2958. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2935 2957
% 1.20/1.35 2959. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 2958
% 1.20/1.35 2960. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 2904 2959
% 1.20/1.35 2961. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2820 336
% 1.20/1.35 2962. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 2961
% 1.20/1.35 2963. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1277 2962
% 1.20/1.35 2964. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 1285
% 1.20/1.35 2965. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 2964
% 1.20/1.35 2966. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2963 2965
% 1.20/1.35 2967. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 2966
% 1.20/1.35 2968. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2823 2967
% 1.20/1.35 2969. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (-. (c2_1 (a353))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ### DisjTree 252 2595 98
% 1.20/1.35 2970. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c1_1 (a399)) (-. (c3_1 (a399))) (-. (c0_1 (a399))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 233 2969
% 1.20/1.35 2971. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### ConjTree 2970
% 1.20/1.35 2972. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 2971
% 1.20/1.35 2973. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 2972 44
% 1.20/1.35 2974. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### Or 370 2922
% 1.20/1.35 2975. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 2974 2777
% 1.20/1.35 2976. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a369)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 2975 651
% 1.20/1.35 2977. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 2976
% 1.20/1.35 2978. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (c0_1 (a369)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2911 2977
% 1.20/1.35 2979. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a369)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 2978
% 1.20/1.35 2980. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (c0_1 (a369)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2193 2979
% 1.20/1.35 2981. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 2980
% 1.20/1.35 2982. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2973 2981
% 1.20/1.35 2983. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 2982
% 1.20/1.35 2984. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 2983
% 1.20/1.35 2985. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 2984
% 1.20/1.35 2986. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 2968 2985
% 1.20/1.35 2987. ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### ConjTree 2986
% 1.20/1.35 2988. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 2960 2987
% 1.20/1.35 2989. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 2671 90
% 1.20/1.35 2990. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2989 2675
% 1.20/1.35 2991. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) (-. (c0_1 (a397))) (c1_1 (a397)) (c2_1 (a397)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### DisjTree 2680 1219 281
% 1.20/1.36 2992. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ### ConjTree 2991
% 1.20/1.36 2993. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) (-. (c0_1 (a397))) (c1_1 (a397)) (c2_1 (a397)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ### Or 388 2992
% 1.20/1.36 2994. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 2993 1769
% 1.20/1.36 2995. ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 2994
% 1.20/1.36 2996. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 1766 2995
% 1.20/1.36 2997. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 2996
% 1.20/1.36 2998. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 2997
% 1.20/1.36 2999. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2998 90
% 1.20/1.36 3000. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2999 1043
% 1.20/1.36 3001. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2999 1052
% 1.20/1.36 3002. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 3001
% 1.20/1.36 3003. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3000 3002
% 1.20/1.36 3004. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3003
% 1.20/1.36 3005. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2990 3004
% 1.20/1.36 3006. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3005 440
% 1.20/1.36 3007. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3006
% 1.20/1.36 3008. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 3007
% 1.20/1.36 3009. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3008
% 1.20/1.36 3010. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 865 3009
% 1.20/1.36 3011. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3010 1062
% 1.20/1.36 3012. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c2_1 (a358)) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) (-. (c0_1 (a397))) (c1_1 (a397)) (c2_1 (a397)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### DisjTree 2680 52 2708
% 1.20/1.36 3013. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) (c2_1 (a358)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ### Or 3012 1824
% 1.20/1.36 3014. ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c2_1 (a358)) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3013
% 1.20/1.36 3015. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 1766 3014
% 1.20/1.36 3016. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 3015
% 1.20/1.36 3017. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 3016
% 1.20/1.36 3018. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 3017 90
% 1.20/1.36 3019. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3018 885
% 1.20/1.36 3020. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 3019
% 1.20/1.36 3021. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2846 3020
% 1.20/1.36 3022. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) (-. (hskp17)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2989 86
% 1.20/1.36 3023. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) (-. (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c2_1 (a358)) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### Or 1239 401
% 1.20/1.36 3024. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a418)) (-. (c3_1 (a418))) (-. (c2_1 (a418))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 407 285
% 1.20/1.36 3025. ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418)))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ### ConjTree 3024
% 1.20/1.36 3026. ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) (c2_1 (a358)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 3023 3025
% 1.20/1.36 3027. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c2_1 (a358)) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ### ConjTree 3026
% 1.20/1.36 3028. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 2671 3027
% 1.20/1.36 3029. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3028 1043
% 1.20/1.36 3030. ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 3029
% 1.20/1.36 3031. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3022 3030
% 1.20/1.36 3032. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### Or 3031 346
% 1.20/1.36 3033. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3032 3020
% 1.20/1.36 3034. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3033 440
% 1.20/1.36 3035. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3034
% 1.20/1.36 3036. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3021 3035
% 1.23/1.36 3037. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3036
% 1.23/1.36 3038. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 865 3037
% 1.23/1.36 3039. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3038 442
% 1.23/1.36 3040. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 3039
% 1.23/1.37 3041. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 3011 3040
% 1.23/1.37 3042. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ### Or 665 1050
% 1.23/1.37 3043. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3042
% 1.23/1.37 3044. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) (-. (hskp14)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 289 3043
% 1.23/1.37 3045. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3044 425
% 1.23/1.37 3046. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### Or 3045 1062
% 1.23/1.37 3047. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2711 1263
% 1.23/1.37 3048. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (hskp15)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3047 346
% 1.23/1.37 3049. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3048 3020
% 1.23/1.37 3050. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3028 1263
% 1.23/1.37 3051. ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 3050
% 1.23/1.37 3052. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3022 3051
% 1.23/1.37 3053. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### Or 3052 346
% 1.23/1.37 3054. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3053 3020
% 1.23/1.37 3055. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c1_1 (a365)) (c3_1 (a365)) (c2_1 (a365)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ### DisjTree 960 329 149
% 1.23/1.37 3056. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### ConjTree 3055
% 1.23/1.37 3057. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 955 3056
% 1.23/1.37 3058. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 3057
% 1.23/1.37 3059. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ### Or 678 3058
% 1.23/1.37 3060. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 3059 346
% 1.23/1.37 3061. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3060
% 1.23/1.37 3062. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3054 3061
% 1.23/1.37 3063. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3062
% 1.23/1.37 3064. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3049 3063
% 1.23/1.37 3065. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3064
% 1.23/1.37 3066. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1277 3065
% 1.23/1.37 3067. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1269 3061
% 1.23/1.37 3068. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3067
% 1.23/1.37 3069. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1277 3068
% 1.23/1.37 3070. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 3069
% 1.23/1.37 3071. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3066 3070
% 1.23/1.37 3072. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 3071
% 1.23/1.37 3073. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 3046 3072
% 1.23/1.37 3074. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 3073
% 1.23/1.37 3075. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 3041 3074
% 1.23/1.37 3076. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 3075 2631
% 1.23/1.37 3077. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 2699
% 1.23/1.37 3078. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3077
% 1.23/1.37 3079. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2636 3078
% 1.23/1.37 3080. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3079 1062
% 1.23/1.37 3081. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 3080 2733
% 1.23/1.38 3082. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2690 1263
% 1.23/1.38 3083. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3082 2694
% 1.23/1.38 3084. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3083
% 1.23/1.38 3085. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c0_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2676 3084
% 1.23/1.38 3086. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3085 1273
% 1.23/1.38 3087. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3086
% 1.23/1.38 3088. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 3087
% 1.23/1.38 3089. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3088
% 1.23/1.38 3090. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 1259 3089
% 1.23/1.38 3091. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3090 1062
% 1.23/1.38 3092. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3048 2718
% 1.23/1.38 3093. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 2723 3061
% 1.23/1.38 3094. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3093
% 1.23/1.38 3095. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3092 3094
% 1.23/1.38 3096. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3095
% 1.23/1.38 3097. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1277 3096
% 1.23/1.38 3098. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1277 1217
% 1.23/1.38 3099. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3098 1275
% 1.23/1.38 3100. ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 3099
% 1.23/1.38 3101. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3097 3100
% 1.23/1.38 3102. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ### ConjTree 3101
% 1.23/1.38 3103. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 3091 3102
% 1.23/1.38 3104. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 3103
% 1.23/1.38 3105. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 3081 3104
% 1.23/1.38 3106. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (-. (c2_1 (a353))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 648 2595 98
% 1.23/1.38 3107. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 233 3106
% 1.23/1.38 3108. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 280 3107
% 1.23/1.38 3109. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### ConjTree 3108
% 1.23/1.38 3110. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 3109
% 1.23/1.38 3111. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3110 1146
% 1.23/1.38 3112. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1291 2664
% 1.23/1.38 3113. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3112
% 1.23/1.38 3114. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 3113
% 1.23/1.38 3115. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3114
% 1.23/1.38 3116. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 3111 3115
% 1.23/1.38 3117. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (c2_1 (a372)) (c1_1 (a372)) (c0_1 (a372)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c2_1 (a353))) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ### DisjTree 3106 107 1120
% 1.23/1.38 3118. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) (c0_1 (a372)) (c1_1 (a372)) (c2_1 (a372)) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 233 3117
% 1.23/1.38 3119. ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### ConjTree 3118
% 1.23/1.38 3120. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ### Or 490 3119
% 1.23/1.38 3121. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (c1_1 (a353)) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (-. (c2_1 (a353))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 52 2595
% 1.23/1.38 3122. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 233 3121
% 1.23/1.38 3123. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### ConjTree 3122
% 1.23/1.38 3124. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 3120 3123
% 1.23/1.38 3125. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 3109
% 1.23/1.38 3126. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 3125
% 1.23/1.38 3127. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3124 3126
% 1.23/1.38 3128. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 3127 3113
% 1.23/1.38 3129. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3128
% 1.23/1.38 3130. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 3111 3129
% 1.23/1.38 3131. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 3111 1217
% 1.23/1.38 3132. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### Or 2831 1146
% 1.23/1.38 3133. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### Or 2831 3113
% 1.23/1.38 3134. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3133
% 1.23/1.38 3135. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 3132 3134
% 1.23/1.38 3136. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 3135
% 1.23/1.38 3137. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3131 3136
% 1.23/1.39 3138. ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 3137
% 1.23/1.39 3139. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3130 3138
% 1.23/1.39 3140. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ### ConjTree 3139
% 1.23/1.39 3141. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3116 3140
% 1.23/1.39 3142. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 3141
% 1.23/1.39 3143. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 3105 3142
% 1.23/1.39 3144. ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### ConjTree 3143
% 1.23/1.39 3145. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 3076 3144
% 1.23/1.39 3146. ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ### ConjTree 3145
% 1.23/1.39 3147. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ### Or 2988 3146
% 1.23/1.39 3148. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 2770
% 1.23/1.39 3149. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3148
% 1.23/1.39 3150. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 3149
% 1.23/1.39 3151. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 2782
% 1.23/1.39 3152. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 3151
% 1.23/1.39 3153. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3150 3152
% 1.23/1.39 3154. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (c3_1 (a375)) (All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) (-. (c0_1 (a375))) (ndr1_0) ### DisjTree 299 870 3
% 1.23/1.39 3155. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp28)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) ### DisjTree 704 954 23
% 1.23/1.39 3156. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c3_1 (a373)) (c1_1 (a373)) (c0_1 (a373)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp28)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c0_1 (a375))) (c3_1 (a375)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ### DisjTree 3154 3155 112
% 1.23/1.39 3157. ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (c3_1 (a375)) (-. (c0_1 (a375))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp28)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ### ConjTree 3156
% 1.23/1.39 3158. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp28)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a375))) (c3_1 (a375)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ### Or 102 3157
% 1.23/1.39 3159. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp23)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (c3_1 (a375)) (-. (c0_1 (a375))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 3158 1242
% 1.23/1.39 3160. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a375))) (c3_1 (a375)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 3159 2651
% 1.23/1.39 3161. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (c3_1 (a375)) (-. (c0_1 (a375))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3160
% 1.23/1.39 3162. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a375))) (c3_1 (a375)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 3161
% 1.23/1.39 3163. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a375)) (-. (c0_1 (a375))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 3162 346
% 1.23/1.39 3164. ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3163
% 1.23/1.39 3165. ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 799 3164
% 1.23/1.39 3166. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ### ConjTree 3165
% 1.23/1.39 3167. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 3166
% 1.23/1.39 3168. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 3167
% 1.23/1.39 3169. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 3153 3168
% 1.23/1.39 3170. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 3169
% 1.23/1.39 3171. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2485 3170
% 1.23/1.39 3172. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 2673 2777
% 1.23/1.39 3173. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c0_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 3172 651
% 1.23/1.39 3174. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 3173
% 1.23/1.39 3175. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1340 3174
% 1.23/1.39 3176. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c1_1 (a353)) (-. (c2_1 (a353))) (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ### DisjTree 324 2595 332
% 1.23/1.39 3177. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 52 3176
% 1.23/1.39 3178. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ### ConjTree 3177
% 1.23/1.39 3179. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1340 3178
% 1.23/1.39 3180. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 3179
% 1.23/1.39 3181. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3175 3180
% 1.23/1.39 3182. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3181 919
% 1.23/1.39 3183. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3182
% 1.23/1.39 3184. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 3183
% 1.23/1.39 3185. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3184
% 1.23/1.39 3186. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 3185
% 1.23/1.39 3187. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3186 1386
% 1.23/1.40 3188. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 3187
% 1.23/1.40 3189. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 2823 3188
% 1.23/1.40 3190. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 2778 2635
% 1.23/1.40 3191. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 3190
% 1.23/1.40 3192. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### Or 2831 3191
% 1.23/1.40 3193. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3192
% 1.23/1.40 3194. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 3193
% 1.23/1.40 3195. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 3194
% 1.23/1.40 3196. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3150 3195
% 1.23/1.40 3197. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 3196 2522
% 1.23/1.40 3198. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1237 651
% 1.23/1.40 3199. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3198 919
% 1.23/1.40 3200. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3199
% 1.23/1.40 3201. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### Or 2831 3200
% 1.23/1.40 3202. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3201
% 1.23/1.40 3203. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 3202
% 1.23/1.40 3204. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 3203
% 1.23/1.40 3205. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3150 3204
% 1.23/1.40 3206. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 3205 1386
% 1.23/1.40 3207. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 3206
% 1.23/1.40 3208. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 3197 3207
% 1.23/1.40 3209. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### ConjTree 3208
% 1.23/1.40 3210. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 3189 3209
% 1.23/1.40 3211. ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### ConjTree 3210
% 1.23/1.40 3212. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 3171 3211
% 1.23/1.40 3213. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2852 880
% 1.23/1.40 3214. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2847 880
% 1.23/1.40 3215. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3214
% 1.23/1.40 3216. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3213 3215
% 1.23/1.40 3217. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3216 440
% 1.23/1.40 3218. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3217
% 1.23/1.40 3219. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 3218
% 1.23/1.40 3220. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3219
% 1.23/1.40 3221. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 865 3220
% 1.23/1.40 3222. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3221 1062
% 1.23/1.40 3223. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 3222 2861
% 1.23/1.40 3224. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 1396 3149
% 1.23/1.40 3225. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3224 1062
% 1.23/1.40 3226. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 3225 1419
% 1.23/1.40 3227. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 3226
% 1.23/1.40 3228. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 3223 3227
% 1.23/1.40 3229. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 910 2664
% 1.23/1.40 3230. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c0_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 2851 651
% 1.23/1.40 3231. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3230 880
% 1.23/1.41 3232. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 2092 651
% 1.23/1.41 3233. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3232 2694
% 1.23/1.41 3234. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3233
% 1.23/1.41 3235. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c0_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3231 3234
% 1.23/1.41 3236. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3235 1273
% 1.23/1.41 3237. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3236
% 1.23/1.41 3238. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 3237
% 1.23/1.41 3239. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3238
% 1.23/1.41 3240. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1277 3239
% 1.23/1.41 3241. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3240 1275
% 1.23/1.41 3242. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 3241 1386
% 1.23/1.41 3243. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 3242
% 1.23/1.41 3244. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 3229 3243
% 1.23/1.41 3245. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 1259 3149
% 1.23/1.41 3246. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3245 1062
% 1.23/1.41 3247. ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ### DisjTree 387 149 870
% 1.23/1.41 3248. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c3_1 (a373)) (c1_1 (a373)) (c0_1 (a373)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp28)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ### DisjTree 3247 3155 112
% 1.23/1.41 3249. ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp28)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ### ConjTree 3248
% 1.23/1.41 3250. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp28)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ### Or 102 3249
% 1.23/1.41 3251. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ### DisjTree 3247 31 3
% 1.23/1.41 3252. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ### ConjTree 3251
% 1.23/1.41 3253. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp23)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 3250 3252
% 1.23/1.41 3254. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 3253 2651
% 1.23/1.41 3255. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3254
% 1.23/1.41 3256. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 3255
% 1.23/1.41 3257. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 3256 346
% 1.23/1.41 3258. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3257
% 1.23/1.41 3259. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3124 3258
% 1.23/1.41 3260. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 3259 2770
% 1.23/1.41 3261. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3260
% 1.23/1.41 3262. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 3111 3261
% 1.23/1.41 3263. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c3_1 (a373)) (c1_1 (a373)) (c0_1 (a373)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp28)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c3_1 (a357)) (c1_1 (a357)) (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 870 3155 112
% 1.23/1.41 3264. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp28)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c0_1 (a373)) (c1_1 (a373)) (c3_1 (a373)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) ### DisjTree 431 3263 132
% 1.23/1.41 3265. ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373))))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp28)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ### ConjTree 3264
% 1.23/1.41 3266. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp28)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ### Or 102 3265
% 1.23/1.41 3267. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp23)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 3266 433
% 1.23/1.41 3268. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 3267 2651
% 1.23/1.41 3269. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3268
% 1.23/1.41 3270. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 3269
% 1.23/1.41 3271. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 3270 3258
% 1.23/1.41 3272. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3271
% 1.23/1.41 3273. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 3132 3272
% 1.23/1.41 3274. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 3273
% 1.23/1.41 3275. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3262 3274
% 1.23/1.41 3276. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3131 3274
% 1.23/1.41 3277. ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 3276
% 1.23/1.41 3278. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 3275 3277
% 1.23/1.41 3279. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ### ConjTree 3278
% 1.23/1.41 3280. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 3246 3279
% 1.23/1.41 3281. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 3280
% 1.23/1.41 3282. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 3244 3281
% 1.23/1.42 3283. ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### ConjTree 3282
% 1.23/1.42 3284. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) (-. (hskp1)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 3228 3283
% 1.23/1.42 3285. ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp1)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ### ConjTree 3284
% 1.23/1.42 3286. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ### Or 3212 3285
% 1.23/1.42 3287. ((ndr1_0) /\ ((c1_1 (a357)) /\ ((c3_1 (a357)) /\ (-. (c0_1 (a357)))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ### ConjTree 3286
% 1.23/1.42 3288. ((-. (hskp3)) \/ ((ndr1_0) /\ ((c1_1 (a357)) /\ ((c3_1 (a357)) /\ (-. (c0_1 (a357))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ### Or 3147 3287
% 1.23/1.42 3289. ((ndr1_0) /\ ((c0_1 (a356)) /\ ((c2_1 (a356)) /\ (-. (c1_1 (a356)))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp1)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp3)) \/ ((ndr1_0) /\ ((c1_1 (a357)) /\ ((c3_1 (a357)) /\ (-. (c0_1 (a357))))))) ### ConjTree 3288
% 1.23/1.42 3290. ((-. (hskp2)) \/ ((ndr1_0) /\ ((c0_1 (a356)) /\ ((c2_1 (a356)) /\ (-. (c1_1 (a356))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp1) \/ (hskp14))) (-. (hskp1)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp14)) \/ ((ndr1_0) /\ ((c3_1 (a375)) /\ ((-. (c0_1 (a375))) /\ (-. (c1_1 (a375))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp1))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp25)) \/ ((ndr1_0) /\ ((c0_1 (a417)) /\ ((-. (c1_1 (a417))) /\ (-. (c3_1 (a417))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp3) \/ (hskp19))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (ndr1_0) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ ((hskp2) \/ (hskp25))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((hskp8) \/ (hskp11))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp28))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp3)) \/ ((ndr1_0) /\ ((c1_1 (a357)) /\ ((c3_1 (a357)) /\ (-. (c0_1 (a357))))))) ### Or 2897 3289
% 1.23/1.42 3291. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (ndr1_0) (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) ### DisjTree 1458 1453 101
% 1.23/1.42 3292. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) ### DisjTree 83 3291 6
% 1.23/1.42 3293. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) (-. (hskp19)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ### Or 3292 2833
% 1.23/1.42 3294. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 3293 44
% 1.23/1.42 3295. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 3294
% 1.23/1.42 3296. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (-. (hskp11)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 275 3295
% 1.23/1.42 3297. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1528 638
% 1.23/1.42 3298. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 3297 2651
% 1.23/1.42 3299. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3298
% 1.23/1.42 3300. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 2673 3299
% 1.23/1.42 3301. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 3300
% 1.23/1.42 3302. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 78 3301
% 1.23/1.42 3303. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 1937 334
% 1.23/1.42 3304. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 3303 76
% 1.23/1.42 3305. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 3304 44
% 1.23/1.42 3306. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 3305
% 1.23/1.42 3307. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 78 3306
% 1.23/1.42 3308. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 3307
% 1.23/1.42 3309. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3302 3308
% 1.23/1.42 3310. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) (All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### DisjTree 2677 58 6
% 1.23/1.42 3311. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c1_1 (a399)) (-. (c3_1 (a399))) (-. (c0_1 (a399))) (ndr1_0) ### DisjTree 13 3310 42
% 1.23/1.42 3312. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ### ConjTree 3311
% 1.23/1.42 3313. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 3312
% 1.23/1.42 3314. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (hskp21)) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 3313 2833
% 1.23/1.42 3315. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 3314 76
% 1.23/1.42 3316. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 3315 44
% 1.23/1.42 3317. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 3316
% 1.23/1.42 3318. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3309 3317
% 1.23/1.42 3319. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) (-. (hskp19)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1469 2833
% 1.23/1.42 3320. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 3319 44
% 1.23/1.42 3321. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3320 3308
% 1.23/1.42 3322. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3321
% 1.23/1.42 3323. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3318 3322
% 1.23/1.42 3324. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3323
% 1.23/1.42 3325. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3296 3324
% 1.23/1.42 3326. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (-. (hskp11)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 275 3301
% 1.23/1.42 3327. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) (-. (hskp19)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1640 2833
% 1.23/1.42 3328. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 3327 44
% 1.23/1.42 3329. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a355)) (-. (c1_1 (a355))) (ndr1_0) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 3328
% 1.23/1.42 3330. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (hskp11)) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3326 3329
% 1.23/1.42 3331. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (-. (hskp11)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3330 226
% 1.23/1.42 3332. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3320 3329
% 1.23/1.42 3333. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3332
% 1.23/1.42 3334. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (hskp11)) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3331 3333
% 1.23/1.42 3335. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2184 885
% 1.23/1.42 3336. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3335 346
% 1.23/1.43 3337. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3336
% 1.23/1.43 3338. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 3334 3337
% 1.23/1.43 3339. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 3338
% 1.23/1.43 3340. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp5)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3325 3339
% 1.23/1.43 3341. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) (-. (hskp19)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ### DisjTree 252 2596 98
% 1.23/1.43 3342. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp19)) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ### ConjTree 3341
% 1.23/1.43 3343. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) (-. (hskp19)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (ndr1_0) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp11)) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ### Or 7 3342
% 1.23/1.43 3344. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 3343 44
% 1.23/1.43 3345. ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (c0_1 (a353)) (ndr1_0) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) (-. (hskp19)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ### DisjTree 2596 2601 364
% 1.23/1.43 3346. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp19)) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) (ndr1_0) (c0_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### DisjTree 3345 1453 101
% 1.23/1.43 3347. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c0_1 (a353)) (ndr1_0) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) (-. (hskp19)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 3346 2833
% 1.23/1.43 3348. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) (ndr1_0) (c0_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 3347 44
% 1.23/1.43 3349. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (ndr1_0) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 3348
% 1.23/1.43 3350. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (ndr1_0) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp11)) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3344 3349
% 1.23/1.43 3351. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 3342
% 1.23/1.43 3352. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 3351 44
% 1.23/1.43 3353. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3352 3349
% 1.23/1.43 3354. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3353
% 1.23/1.43 3355. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 3350 3354
% 1.23/1.43 3356. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (ndr1_0) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 3355
% 1.23/1.43 3357. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) (-. (hskp5)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 3340 3356
% 1.23/1.43 3358. ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (hskp31)) (c0_1 (a353)) (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (ndr1_0) ### DisjTree 1453 2620 968
% 1.23/1.43 3359. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp31)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c0_1 (a359))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 648 3358
% 1.23/1.43 3360. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (hskp31)) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 280 3359
% 1.23/1.43 3361. ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (hskp29)) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### Or 3360 2228
% 1.23/1.43 3362. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ### Or 3361 446
% 1.32/1.43 3363. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### ConjTree 3362
% 1.32/1.43 3364. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 77 3363
% 1.32/1.43 3365. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c1_1 (a353)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3364 3178
% 1.32/1.43 3366. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c1_1 (a353)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 3365
% 1.32/1.43 3367. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3309 3366
% 1.32/1.43 3368. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2027 3308
% 1.32/1.43 3369. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3368
% 1.32/1.43 3370. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3367 3369
% 1.32/1.43 3371. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3370
% 1.32/1.43 3372. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 284 3371
% 1.32/1.43 3373. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp31)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 431 3358
% 1.32/1.43 3374. ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a410)) (c2_1 (a410)) (c0_1 (a410)) (c3_1 (a373)) (c1_1 (a373)) (c0_1 (a373)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) ### DisjTree 166 112 975
% 1.32/1.43 3375. ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410))))) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a373)) (c1_1 (a373)) (c3_1 (a373)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ### ConjTree 3374
% 1.32/1.43 3376. ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a373)) (c1_1 (a373)) (c0_1 (a373)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ### Or 3373 3375
% 1.32/1.43 3377. ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ### ConjTree 3376
% 1.32/1.43 3378. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) (-. (hskp29)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ### Or 1691 3377
% 1.32/1.43 3379. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 3378 446
% 1.32/1.43 3380. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### ConjTree 3379
% 1.32/1.43 3381. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 3380
% 1.32/1.43 3382. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### ConjTree 3381
% 1.32/1.43 3383. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 77 3382
% 1.32/1.43 3384. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3383 283
% 1.32/1.43 3385. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 3384
% 1.32/1.43 3386. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3302 3385
% 1.32/1.43 3387. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ### Or 2659 44
% 1.32/1.43 3388. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (hskp3)) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 3387
% 1.32/1.43 3389. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3386 3388
% 1.32/1.43 3390. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3320 3385
% 1.32/1.43 3391. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3390
% 1.32/1.43 3392. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3389 3391
% 1.32/1.43 3393. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3392
% 1.32/1.43 3394. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 284 3393
% 1.32/1.43 3395. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 3394
% 1.32/1.43 3396. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3372 3395
% 1.32/1.43 3397. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2184 283
% 1.32/1.43 3398. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp22)) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 1697 74
% 1.32/1.43 3399. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 3398 2348
% 1.32/1.43 3400. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 3399
% 1.32/1.43 3401. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 3400
% 1.32/1.43 3402. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 1544 2651
% 1.32/1.43 3403. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3402
% 1.32/1.43 3404. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 3401 3403
% 1.32/1.43 3405. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 3404 283
% 1.32/1.43 3406. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 3405
% 1.32/1.44 3407. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3397 3406
% 1.32/1.44 3408. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3397 346
% 1.32/1.44 3409. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3408
% 1.32/1.44 3410. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3407 3409
% 1.32/1.44 3411. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 3410
% 1.32/1.44 3412. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 3396 3411
% 1.32/1.44 3413. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) (-. (hskp19)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1809 2833
% 1.32/1.44 3414. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 3413 44
% 1.32/1.44 3415. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (ndr1_0) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 3414
% 1.32/1.44 3416. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 3412 3415
% 1.32/1.44 3417. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (hskp11)) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ### Or 7 2971
% 1.32/1.44 3418. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 3417 2059
% 1.32/1.44 3419. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2973 2059
% 1.32/1.44 3420. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3419
% 1.32/1.44 3421. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 3418 3420
% 1.32/1.44 3422. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 3421
% 1.32/1.44 3423. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 3416 3422
% 1.32/1.44 3424. ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### ConjTree 3423
% 1.32/1.44 3425. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 3357 3424
% 1.32/1.44 3426. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2657 3301
% 1.32/1.44 3427. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3426 1497
% 1.32/1.44 3428. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3000 1497
% 1.32/1.44 3429. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3428
% 1.32/1.44 3430. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3427 3429
% 1.32/1.44 3431. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3430 440
% 1.32/1.44 3432. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 1903
% 1.32/1.44 3433. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 3432 2670
% 1.32/1.44 3434. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 3433 3301
% 1.32/1.44 3435. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 1581 2651
% 1.32/1.44 3436. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3435
% 1.32/1.44 3437. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 2673 3436
% 1.32/1.44 3438. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 3437
% 1.32/1.44 3439. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 3433 3438
% 1.32/1.44 3440. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 3439
% 1.32/1.44 3441. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3434 3440
% 1.32/1.44 3442. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1774 90
% 1.32/1.44 3443. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3442 1043
% 1.32/1.44 3444. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3443 1497
% 1.32/1.44 3445. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3444
% 1.32/1.44 3446. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3441 3445
% 1.32/1.44 3447. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3446 440
% 1.32/1.44 3448. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3447
% 1.32/1.44 3449. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 3431 3448
% 1.32/1.44 3450. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3449
% 1.32/1.44 3451. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 865 3450
% 1.32/1.44 3452. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3451 442
% 1.32/1.44 3453. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2711 3301
% 1.32/1.44 3454. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (hskp15)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3453 346
% 1.32/1.45 3455. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3454 3020
% 1.32/1.45 3456. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3455 440
% 1.32/1.45 3457. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3443 346
% 1.32/1.45 3458. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3457
% 1.32/1.45 3459. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3441 3458
% 1.32/1.45 3460. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3459 440
% 1.32/1.45 3461. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3460
% 1.32/1.45 3462. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 3456 3461
% 1.32/1.45 3463. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3462
% 1.32/1.45 3464. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 865 3463
% 1.32/1.45 3465. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3464 442
% 1.32/1.45 3466. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 3465
% 1.32/1.45 3467. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 3452 3466
% 1.32/1.45 3468. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 1895 2046
% 1.32/1.45 3469. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 3468
% 1.32/1.45 3470. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 3469
% 1.32/1.45 3471. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1809 2651
% 1.32/1.45 3472. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3471
% 1.32/1.45 3473. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 3470 3472
% 1.32/1.45 3474. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 3473 3301
% 1.32/1.45 3475. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3474 1817
% 1.32/1.45 3476. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 1766 2046
% 1.32/1.45 3477. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 3476
% 1.32/1.45 3478. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 3477
% 1.32/1.45 3479. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 3478 90
% 1.32/1.45 3480. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3479 1043
% 1.32/1.45 3481. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3480 1497
% 1.32/1.45 3482. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3481
% 1.32/1.45 3483. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3475 3482
% 1.32/1.45 3484. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3483 440
% 1.32/1.45 3485. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3484
% 1.32/1.45 3486. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 865 3485
% 1.32/1.45 3487. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 1827 1043
% 1.32/1.45 3488. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3487 346
% 1.32/1.45 3489. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3488
% 1.32/1.45 3490. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 865 3489
% 1.32/1.45 3491. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 3490
% 1.32/1.45 3492. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3486 3491
% 1.32/1.45 3493. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 3492
% 1.32/1.45 3494. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 3467 3493
% 1.32/1.45 3495. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp31)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c2_1 (a398))) (c1_1 (a398)) (c3_1 (a398)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 563 3358
% 1.32/1.45 3496. ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (hskp29)) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ### Or 3495 2228
% 1.32/1.45 3497. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c2_1 (a398))) (c1_1 (a398)) (c3_1 (a398)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ### Or 3496 446
% 1.32/1.45 3498. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### ConjTree 3497
% 1.32/1.45 3499. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1469 3498
% 1.32/1.45 3500. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3499
% 1.32/1.45 3501. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 3500
% 1.32/1.45 3502. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp31)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 461 3358
% 1.32/1.45 3503. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (hskp31)) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 3502 1491
% 1.32/1.45 3504. ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (hskp29)) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### Or 3503 2228
% 1.32/1.45 3505. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ### Or 3504 446
% 1.32/1.45 3506. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 3505 3498
% 1.32/1.45 3507. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (ndr1_0) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3506
% 1.32/1.45 3508. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 3507
% 1.32/1.45 3509. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 3508
% 1.32/1.45 3510. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3501 3509
% 1.32/1.45 3511. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3510
% 1.32/1.45 3512. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 2866 3511
% 1.32/1.45 3513. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (-. (c2_1 (a353))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ### DisjTree 2679 52 2595
% 1.32/1.45 3514. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ### DisjTree 504 233 3513
% 1.32/1.46 3515. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### Or 3514 3498
% 1.32/1.46 3516. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3515
% 1.32/1.46 3517. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 489 3516
% 1.32/1.46 3518. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 3517
% 1.32/1.46 3519. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 493 3518
% 1.32/1.46 3520. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (hskp31)) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 3502 537
% 1.32/1.46 3521. ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### Or 3520 977
% 1.32/1.46 3522. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (ndr1_0) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ### ConjTree 3521
% 1.32/1.46 3523. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 3522
% 1.32/1.46 3524. ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a373)) (c1_1 (a373)) (c0_1 (a373)) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### Or 3503 3375
% 1.32/1.46 3525. ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ### ConjTree 3524
% 1.32/1.46 3526. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ### Or 102 3525
% 1.32/1.46 3527. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 3526 668
% 1.32/1.46 3528. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3527
% 1.32/1.46 3529. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 3528
% 1.32/1.46 3530. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 3529
% 1.32/1.46 3531. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3523 3530
% 1.32/1.46 3532. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3531
% 1.32/1.46 3533. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3519 3532
% 1.32/1.46 3534. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3533
% 1.32/1.46 3535. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 3512 3534
% 1.32/1.46 3536. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ### DisjTree 504 233 2830
% 1.32/1.46 3537. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### ConjTree 3536
% 1.32/1.46 3538. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 3537
% 1.32/1.46 3539. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 3538
% 1.32/1.46 3540. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 692 3539
% 1.32/1.46 3541. ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ### Or 3373 977
% 1.32/1.46 3542. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ### ConjTree 3541
% 1.32/1.46 3543. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 3542
% 1.35/1.46 3544. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (c0_1 (a355)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### DisjTree 1491 2830 332
% 1.35/1.46 3545. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a398)) (c1_1 (a398)) (ndr1_0) (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) ### DisjTree 559 233 234
% 1.35/1.46 3546. ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a410)) (c2_1 (a410)) (c0_1 (a410)) (c1_1 (a398)) (c3_1 (a398)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) ### DisjTree 166 3545 975
% 1.35/1.46 3547. ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410))))) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a398)) (c1_1 (a398)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ### ConjTree 3546
% 1.35/1.46 3548. ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c1_1 (a398)) (c3_1 (a398)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ### Or 3373 3547
% 1.35/1.46 3549. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ### ConjTree 3548
% 1.35/1.46 3550. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ### Or 3544 3549
% 1.35/1.46 3551. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 3550 3403
% 1.35/1.46 3552. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 3551
% 1.35/1.46 3553. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 3552
% 1.35/1.46 3554. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 3553
% 1.35/1.46 3555. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3543 3554
% 1.35/1.46 3556. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3555
% 1.35/1.46 3557. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3540 3556
% 1.35/1.46 3558. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 3557 1575
% 1.35/1.46 3559. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 489 3537
% 1.35/1.46 3560. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 3559
% 1.35/1.46 3561. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 677 3560
% 1.35/1.46 3562. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ### Or 102 3377
% 1.35/1.46 3563. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 3562 3549
% 1.35/1.46 3564. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 3563 825
% 1.35/1.46 3565. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 3564
% 1.35/1.46 3566. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 3565
% 1.35/1.46 3567. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 3566
% 1.35/1.46 3568. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3543 3567
% 1.35/1.46 3569. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3568
% 1.35/1.46 3570. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3561 3569
% 1.35/1.46 3571. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 3570 630
% 1.35/1.46 3572. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3571
% 1.35/1.46 3573. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 3558 3572
% 1.35/1.46 3574. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 3573
% 1.35/1.46 3575. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3535 3574
% 1.35/1.46 3576. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### DisjTree 2294 251 42
% 1.35/1.46 3577. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (-. (hskp31)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 3576 3358
% 1.35/1.46 3578. ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (hskp29)) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ### Or 3577 2228
% 1.35/1.46 3579. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ### Or 3578 446
% 1.35/1.47 3580. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 3579 1560
% 1.35/1.47 3581. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (ndr1_0) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3580
% 1.35/1.47 3582. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 3581
% 1.35/1.47 3583. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1640 1533
% 1.35/1.47 3584. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (ndr1_0) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3583
% 1.35/1.47 3585. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3582 3584
% 1.35/1.47 3586. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3585
% 1.35/1.47 3587. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 692 3586
% 1.35/1.47 3588. ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ### Or 3577 977
% 1.35/1.47 3589. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ### Or 3588 3498
% 1.35/1.47 3590. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3589
% 1.35/1.47 3591. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 3590
% 1.35/1.47 3592. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1640 3498
% 1.35/1.47 3593. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3592
% 1.35/1.47 3594. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 3593
% 1.35/1.47 3595. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 3594
% 1.35/1.47 3596. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3591 3595
% 1.35/1.47 3597. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3596
% 1.35/1.47 3598. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3587 3597
% 1.35/1.47 3599. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 489 3581
% 1.35/1.47 3600. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3599 346
% 1.35/1.47 3601. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3600
% 1.35/1.47 3602. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 493 3601
% 1.35/1.47 3603. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 3590
% 1.35/1.47 3604. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3603 346
% 1.35/1.47 3605. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3604
% 1.35/1.47 3606. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3602 3605
% 1.35/1.47 3607. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3606
% 1.35/1.47 3608. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 3598 3607
% 1.35/1.47 3609. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 692 740
% 1.35/1.47 3610. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 3542
% 1.35/1.47 3611. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1640 3549
% 1.35/1.47 3612. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 3611 3403
% 1.35/1.47 3613. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 3612
% 1.35/1.47 3614. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 3613
% 1.35/1.47 3615. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 3614
% 1.35/1.47 3616. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3610 3615
% 1.35/1.47 3617. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3616
% 1.35/1.47 3618. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3609 3617
% 1.35/1.47 3619. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 489 735
% 1.35/1.47 3620. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 3619
% 1.35/1.47 3621. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 677 3620
% 1.35/1.47 3622. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3543 346
% 1.35/1.47 3623. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3622
% 1.35/1.47 3624. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3621 3623
% 1.35/1.47 3625. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3624
% 1.35/1.47 3626. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 3618 3625
% 1.35/1.47 3627. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 3626
% 1.35/1.47 3628. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3608 3627
% 1.35/1.47 3629. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 3628
% 1.35/1.47 3630. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 3575 3629
% 1.35/1.47 3631. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 3630
% 1.35/1.47 3632. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 3494 3631
% 1.35/1.47 3633. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 3363
% 1.35/1.48 3634. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2689 3363
% 1.35/1.48 3635. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) (-. (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3634 86
% 1.35/1.48 3636. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ### Or 2384 3363
% 1.35/1.48 3637. ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380)))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 3636
% 1.35/1.48 3638. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3635 3637
% 1.35/1.48 3639. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### ConjTree 3638
% 1.35/1.48 3640. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 1664 3639
% 1.35/1.48 3641. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 3363
% 1.35/1.48 3642. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 3641
% 1.35/1.48 3643. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3640 3642
% 1.35/1.48 3644. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3643
% 1.35/1.48 3645. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (c1_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3633 3644
% 1.35/1.48 3646. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (hskp24)) (ndr1_0) (All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a355))) (c3_1 (a355)) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ### DisjTree 1521 5 60
% 1.35/1.48 3647. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (c3_1 (a355)) (-. (c1_1 (a355))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (hskp24)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ### DisjTree 72 3646 2595
% 1.35/1.48 3648. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (hskp24)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a355))) (c3_1 (a355)) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 52 3647
% 1.35/1.48 3649. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (hskp24)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ### DisjTree 3648 2595 332
% 1.35/1.48 3650. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (hskp24)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 52 3649
% 1.35/1.48 3651. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ### Or 3650 681
% 1.35/1.48 3652. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 3651
% 1.35/1.48 3653. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 3652
% 1.35/1.48 3654. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### ConjTree 3653
% 1.35/1.48 3655. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 434 3654
% 1.35/1.48 3656. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3655 283
% 1.35/1.48 3657. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 3656
% 1.35/1.48 3658. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 677 3657
% 1.35/1.48 3659. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 3382
% 1.35/1.48 3660. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3659 283
% 1.35/1.48 3661. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 3660
% 1.35/1.48 3662. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3543 3661
% 1.35/1.48 3663. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3662
% 1.35/1.48 3664. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c0_1 (a355)) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3658 3663
% 1.35/1.48 3665. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (c0_1 (a355)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3664
% 1.35/1.48 3666. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c1_1 (a353)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3645 3665
% 1.35/1.48 3667. ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c3_1 (a358))) (c3_1 (a355)) (All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) (-. (c1_1 (a355))) (c2_1 (a364)) (-. (c0_1 (a364))) (All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) (-. (c1_1 (a364))) (ndr1_0) ### DisjTree 1214 1447 517
% 1.35/1.48 3668. ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (ndr1_0) (-. (c1_1 (a364))) (All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) (-. (c0_1 (a364))) (c2_1 (a364)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a358))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ### DisjTree 3667 194 101
% 1.35/1.48 3669. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c3_1 (a358))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a364)) (-. (c0_1 (a364))) (All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) (-. (c1_1 (a364))) (ndr1_0) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### DisjTree 3668 31 3
% 1.35/1.48 3670. ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a358))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ### DisjTree 3669 387 423
% 1.35/1.48 3671. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (-. (c2_1 (a353))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) (All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) ### DisjTree 905 2595 98
% 1.35/1.48 3672. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (ndr1_0) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ### DisjTree 3670 3671 332
% 1.35/1.48 3673. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 3672 281
% 1.35/1.48 3674. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ### ConjTree 3673
% 1.35/1.48 3675. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ### Or 388 3674
% 1.35/1.48 3676. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (c1_1 (a395)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 3675 1769
% 1.35/1.48 3677. ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c1_1 (a395)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3676
% 1.35/1.48 3678. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a395)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 1895 3677
% 1.35/1.48 3679. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 3678
% 1.35/1.48 3680. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 3679
% 1.35/1.48 3681. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 3680 1683
% 1.35/1.48 3682. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 3681 492
% 1.35/1.48 3683. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (c0_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3682 3301
% 1.35/1.48 3684. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c0_1 (a355)) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3683 1497
% 1.35/1.48 3685. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c1_1 (a353)) (-. (c2_1 (a353))) (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (ndr1_0) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ### DisjTree 3670 2595 332
% 1.35/1.48 3686. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) (-. (c1_1 (a355))) (c3_1 (a355)) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) (-. (c0_1 (a397))) (c1_1 (a397)) (c2_1 (a397)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### DisjTree 2680 52 3685
% 1.35/1.48 3687. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ### ConjTree 3686
% 1.35/1.48 3688. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) (-. (c0_1 (a397))) (c1_1 (a397)) (c2_1 (a397)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ### Or 388 3687
% 1.35/1.48 3689. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c1_1 (a353)) (-. (c2_1 (a353))) (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c2_1 (a398))) (c1_1 (a398)) (c3_1 (a398)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### DisjTree 1507 2595 332
% 1.35/1.48 3690. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 52 3689
% 1.35/1.48 3691. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ### ConjTree 3690
% 1.35/1.48 3692. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 3688 3691
% 1.35/1.48 3693. ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3692
% 1.35/1.48 3694. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 1766 3693
% 1.35/1.48 3695. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 3694
% 1.35/1.48 3696. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 3695
% 1.35/1.49 3697. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (c0_1 (a355)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 3696 3363
% 1.35/1.49 3698. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 639 3363
% 1.35/1.49 3699. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 3698
% 1.35/1.49 3700. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a355)) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3697 3699
% 1.35/1.49 3701. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (c0_1 (a355)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3700 2694
% 1.35/1.49 3702. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a355)) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3701
% 1.35/1.49 3703. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (c0_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3684 3702
% 1.35/1.49 3704. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c0_1 (a355)) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3703 3642
% 1.35/1.49 3705. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ### Or 1506 2651
% 1.35/1.49 3706. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3705
% 1.35/1.49 3707. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 3706
% 1.35/1.49 3708. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### ConjTree 3707
% 1.35/1.49 3709. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 3432 3708
% 1.35/1.49 3710. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 3709 283
% 1.35/1.49 3711. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ### Or 1506 3691
% 1.35/1.49 3712. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3711
% 1.35/1.49 3713. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 3712
% 1.35/1.49 3714. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 3713 283
% 1.35/1.49 3715. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 3714
% 1.35/1.49 3716. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3710 3715
% 1.35/1.49 3717. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3716 3642
% 1.35/1.49 3718. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3717
% 1.35/1.49 3719. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (c0_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 3704 3718
% 1.35/1.49 3720. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp10)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c0_1 (a355)) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3719
% 1.35/1.49 3721. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3633 3720
% 1.35/1.49 3722. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3721 3665
% 1.35/1.49 3723. ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 3722
% 1.35/1.49 3724. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (c1_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 3666 3723
% 1.35/1.49 3725. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3441 2722
% 1.35/1.49 3726. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (c0_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3725 3642
% 1.35/1.49 3727. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3726
% 1.35/1.49 3728. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 2719 3727
% 1.35/1.49 3729. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3728
% 1.35/1.49 3730. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3633 3729
% 1.35/1.49 3731. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) (-. (hskp22)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 3378 1163
% 1.35/1.49 3732. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 3731 2348
% 1.35/1.49 3733. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 3732
% 1.35/1.49 3734. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 3733
% 1.35/1.49 3735. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 3734 825
% 1.35/1.49 3736. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 3735
% 1.35/1.49 3737. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 3736
% 1.35/1.49 3738. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3737 283
% 1.35/1.49 3739. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 3738
% 1.35/1.50 3740. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1751 3739
% 1.35/1.50 3741. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3740
% 1.35/1.50 3742. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 692 3741
% 1.35/1.50 3743. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a355))) (c3_1 (a355)) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) (c0_1 (a410)) (c2_1 (a410)) (c3_1 (a410)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ### DisjTree 1003 1521 1376
% 1.35/1.50 3744. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a410)) (c2_1 (a410)) (c0_1 (a410)) (c3_1 (a398)) (c1_1 (a398)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (c3_1 (a355)) (-. (c1_1 (a355))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) ### DisjTree 83 3743 1
% 1.35/1.50 3745. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) (c0_1 (a410)) (c2_1 (a410)) (c3_1 (a410)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp15)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 280 3744
% 1.35/1.50 3746. ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a398)) (c1_1 (a398)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### ConjTree 3745
% 1.35/1.50 3747. ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp15)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ### Or 3373 3746
% 1.35/1.50 3748. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ### ConjTree 3747
% 1.35/1.50 3749. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp15)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (ndr1_0) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1640 3748
% 1.35/1.50 3750. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3749
% 1.35/1.50 3751. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp15)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a355)) (-. (c1_1 (a355))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 3750
% 1.35/1.50 3752. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 3751
% 1.35/1.50 3753. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (hskp15)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3737 3752
% 1.35/1.50 3754. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 3753
% 1.35/1.50 3755. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (hskp15)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3610 3754
% 1.35/1.50 3756. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3755 3741
% 1.35/1.50 3757. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### ConjTree 3756
% 1.35/1.50 3758. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3742 3757
% 1.35/1.50 3759. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 3758 1146
% 1.35/1.50 3760. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 2719 630
% 1.35/1.50 3761. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3760
% 1.35/1.50 3762. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (c1_1 (a353)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 3759 3761
% 1.35/1.50 3763. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 3762
% 1.35/1.50 3764. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3730 3763
% 1.35/1.50 3765. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 3764
% 1.35/1.50 3766. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c1_1 (a353)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ### Or 3724 3765
% 1.35/1.50 3767. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 3478 3363
% 1.35/1.50 3768. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3767 3699
% 1.35/1.50 3769. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a353)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3768 2694
% 1.35/1.50 3770. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c1_1 (a353)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3769
% 1.35/1.50 3771. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3475 3770
% 1.35/1.50 3772. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3771 3642
% 1.35/1.50 3773. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3772
% 1.35/1.50 3774. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3633 3773
% 1.35/1.50 3775. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ### Or 388 3056
% 1.35/1.50 3776. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 3775 3542
% 1.35/1.50 3777. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 3731 2046
% 1.35/1.50 3778. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 3777
% 1.35/1.50 3779. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 3778
% 1.35/1.50 3780. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 3779 3403
% 1.35/1.50 3781. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 3780
% 1.35/1.50 3782. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 611 3781
% 1.35/1.51 3783. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) (-. (hskp17)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3782 86
% 1.35/1.51 3784. ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) (-. (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a355))) (c3_1 (a355)) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) (c0_1 (a410)) (c2_1 (a410)) (c3_1 (a410)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ### DisjTree 1003 1521 399
% 1.35/1.51 3785. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a410)) (c2_1 (a410)) (c0_1 (a410)) (c3_1 (a398)) (c1_1 (a398)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (c3_1 (a355)) (-. (c1_1 (a355))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) ### DisjTree 83 3784 1
% 1.35/1.51 3786. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) (-. (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) (c0_1 (a410)) (c2_1 (a410)) (c3_1 (a410)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp15)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 280 3785
% 1.35/1.51 3787. ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a398)) (c1_1 (a398)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### ConjTree 3786
% 1.35/1.51 3788. ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) (-. (hskp26)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp15)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ### Or 3373 3787
% 1.35/1.51 3789. (-. (c2_1 (a418))) (c2_1 (a418)) ### Axiom
% 1.35/1.51 3790. (-. (c3_1 (a418))) (c3_1 (a418)) ### Axiom
% 1.35/1.51 3791. (c1_1 (a418)) (-. (c1_1 (a418))) ### Axiom
% 1.35/1.51 3792. ((ndr1_0) => ((c2_1 (a418)) \/ ((c3_1 (a418)) \/ (-. (c1_1 (a418)))))) (c1_1 (a418)) (-. (c3_1 (a418))) (-. (c2_1 (a418))) (ndr1_0) ### DisjTree 8 3789 3790 3791
% 1.35/1.51 3793. (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) (ndr1_0) (-. (c2_1 (a418))) (-. (c3_1 (a418))) (c1_1 (a418)) ### All 3792
% 1.35/1.51 3794. (-. (c3_1 (a418))) (c3_1 (a418)) ### Axiom
% 1.35/1.51 3795. (c0_1 (a418)) (-. (c0_1 (a418))) ### Axiom
% 1.35/1.51 3796. ((ndr1_0) => ((c1_1 (a418)) \/ ((c3_1 (a418)) \/ (-. (c0_1 (a418)))))) (c0_1 (a418)) (-. (c3_1 (a418))) (-. (c2_1 (a418))) (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) (ndr1_0) ### DisjTree 8 3793 3794 3795
% 1.35/1.51 3797. (All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) (ndr1_0) (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) (-. (c2_1 (a418))) (-. (c3_1 (a418))) (c0_1 (a418)) ### All 3796
% 1.35/1.51 3798. ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (c0_1 (a418)) (-. (c3_1 (a418))) (-. (c2_1 (a418))) (ndr1_0) (All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) ### DisjTree 3797 2601 122
% 1.35/1.51 3799. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a418))) (-. (c3_1 (a418))) (c0_1 (a418)) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a398))) (c1_1 (a398)) (c3_1 (a398)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a399)) (-. (c3_1 (a399))) (-. (c0_1 (a399))) (ndr1_0) ### DisjTree 13 3798 42
% 1.35/1.51 3800. ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418)))))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ### ConjTree 3799
% 1.35/1.51 3801. ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c1_1 (a353)) (-. (c2_1 (a398))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a399)) (-. (c3_1 (a399))) (-. (c0_1 (a399))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a398)) (c1_1 (a398)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ### Or 3788 3800
% 1.35/1.51 3802. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c1_1 (a398)) (c3_1 (a398)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp15)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a398))) (c1_1 (a353)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ### ConjTree 3801
% 1.35/1.51 3803. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c1_1 (a353)) (-. (c2_1 (a398))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a398)) (c1_1 (a398)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ### Or 678 3802
% 1.35/1.51 3804. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp15)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 3803
% 1.35/1.51 3805. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1809 3804
% 1.35/1.51 3806. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp15)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3805
% 1.35/1.51 3807. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 438 3806
% 1.35/1.51 3808. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c3_1 (a380))) (c0_1 (a380)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp15)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 3807
% 1.35/1.51 3809. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (c0_1 (a380)) (-. (c3_1 (a380))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3782 3808
% 1.35/1.51 3810. ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp15)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 3809
% 1.35/1.51 3811. ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3783 3810
% 1.35/1.51 3812. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp15)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ### ConjTree 3811
% 1.35/1.51 3813. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp15)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3776 3812
% 1.35/1.51 3814. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3813 694
% 1.35/1.51 3815. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### ConjTree 3814
% 1.35/1.51 3816. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 695 3815
% 1.35/1.51 3817. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3475 685
% 1.35/1.51 3818. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3776 1817
% 1.35/1.51 3819. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3818
% 1.35/1.51 3820. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3817 3819
% 1.35/1.51 3821. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3820
% 1.35/1.51 3822. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 3816 3821
% 1.35/1.51 3823. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 3822
% 1.35/1.51 3824. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3774 3823
% 1.35/1.51 3825. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3474 346
% 1.35/1.51 3826. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2715 3699
% 1.35/1.51 3827. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3826 346
% 1.35/1.51 3828. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3827
% 1.35/1.51 3829. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3825 3828
% 1.35/1.51 3830. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3829 3642
% 1.35/1.51 3831. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3830
% 1.35/1.51 3832. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3633 3831
% 1.35/1.51 3833. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp15)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3776 3754
% 1.35/1.51 3834. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3833 694
% 1.35/1.52 3835. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### ConjTree 3834
% 1.35/1.52 3836. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 695 3835
% 1.35/1.52 3837. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 3836 1146
% 1.35/1.52 3838. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3454 2718
% 1.35/1.52 3839. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3776 346
% 1.35/1.52 3840. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3839
% 1.35/1.52 3841. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3838 3840
% 1.35/1.52 3842. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 3775 625
% 1.35/1.52 3843. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3842 346
% 1.35/1.52 3844. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3843
% 1.35/1.52 3845. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 626 3844
% 1.35/1.52 3846. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3845
% 1.35/1.52 3847. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 3841 3846
% 1.35/1.52 3848. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3847
% 1.35/1.52 3849. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c1_1 (a353)) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 3837 3848
% 1.35/1.52 3850. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) (c1_1 (a353)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 3849
% 1.35/1.52 3851. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3832 3850
% 1.35/1.52 3852. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 3851
% 1.35/1.52 3853. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 3824 3852
% 1.35/1.52 3854. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 3853
% 1.35/1.52 3855. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (c1_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 3766 3854
% 1.35/1.52 3856. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 489 3109
% 1.35/1.52 3857. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3856 3642
% 1.35/1.52 3858. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 3857 2059
% 1.35/1.52 3859. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (ndr1_0) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3858
% 1.35/1.52 3860. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3633 3859
% 1.35/1.52 3861. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### Or 2831 2059
% 1.35/1.52 3862. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 3861
% 1.35/1.52 3863. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3860 3862
% 1.35/1.52 3864. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 3863
% 1.35/1.52 3865. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c1_1 (a353)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 3855 3864
% 1.35/1.52 3866. ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (c1_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### ConjTree 3865
% 1.35/1.52 3867. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 3632 3866
% 1.35/1.52 3868. ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ### ConjTree 3867
% 1.35/1.52 3869. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp2)) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ### Or 3425 3868
% 1.35/1.52 3870. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 3403
% 1.35/1.52 3871. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c3_1 (a373)) (c1_1 (a373)) (c0_1 (a373)) (c2_1 (a372)) (c1_1 (a372)) (c0_1 (a372)) (c3_1 (a357)) (c1_1 (a357)) (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 870 107 112
% 1.35/1.52 3872. ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c0_1 (a372)) (c1_1 (a372)) (c2_1 (a372)) (c0_1 (a373)) (c1_1 (a373)) (c3_1 (a373)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c3_1 (a357)) (c1_1 (a357)) (All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 770 3871 3
% 1.35/1.52 3873. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (c1_1 (a399)) (-. (c3_1 (a399))) (-. (c0_1 (a399))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c3_1 (a373)) (c1_1 (a373)) (c0_1 (a373)) (c2_1 (a372)) (c1_1 (a372)) (c0_1 (a372)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ### DisjTree 3872 13 6
% 1.35/1.53 3874. ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c0_1 (a372)) (c1_1 (a372)) (c2_1 (a372)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ### ConjTree 3873
% 1.35/1.53 3875. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (c1_1 (a399)) (-. (c3_1 (a399))) (-. (c0_1 (a399))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c2_1 (a372)) (c1_1 (a372)) (c0_1 (a372)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ### Or 102 3874
% 1.35/1.53 3876. ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp23)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (c0_1 (a399))) (-. (c3_1 (a399))) (c1_1 (a399)) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### ConjTree 3875
% 1.35/1.53 3877. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (c1_1 (a399)) (-. (c3_1 (a399))) (-. (c0_1 (a399))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ### Or 490 3876
% 1.35/1.53 3878. ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399)))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp23)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### ConjTree 3877
% 1.35/1.53 3879. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ### Or 67 3878
% 1.35/1.53 3880. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 3879 2651
% 1.35/1.53 3881. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3880
% 1.35/1.53 3882. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 3881
% 1.35/1.53 3883. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 3882 492
% 1.35/1.53 3884. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 3436
% 1.35/1.53 3885. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 3884
% 1.35/1.53 3886. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3883 3885
% 1.35/1.53 3887. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp22)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 1531 2651
% 1.35/1.53 3888. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ### DisjTree 866 576 856
% 1.35/1.53 3889. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c0_1 (a397))) (c1_1 (a397)) (c2_1 (a397)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### ConjTree 3888
% 1.35/1.53 3890. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (c2_1 (a397)) (c1_1 (a397)) (-. (c0_1 (a397))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1528 3889
% 1.35/1.53 3891. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (c0_1 (a397))) (c1_1 (a397)) (c2_1 (a397)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 3890 2651
% 1.35/1.53 3892. ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3891
% 1.35/1.53 3893. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 3887 3892
% 1.35/1.53 3894. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 3893
% 1.35/1.53 3895. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 3894
% 1.42/1.53 3896. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 3895 3885
% 1.42/1.53 3897. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3896
% 1.42/1.53 3898. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3886 3897
% 1.42/1.53 3899. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 1982 2651
% 1.42/1.53 3900. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3899
% 1.42/1.53 3901. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 3900
% 1.42/1.53 3902. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 3901
% 1.42/1.53 3903. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### Or 1963 3902
% 1.42/1.53 3904. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3903
% 1.42/1.53 3905. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3898 3904
% 1.42/1.53 3906. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3905
% 1.42/1.53 3907. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 3870 3906
% 1.42/1.53 3908. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1528 433
% 1.42/1.53 3909. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 3908 2651
% 1.42/1.53 3910. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3909
% 1.42/1.53 3911. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 3910
% 1.42/1.53 3912. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 3911 3904
% 1.42/1.53 3913. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3912
% 1.42/1.53 3914. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 3870 3913
% 1.42/1.53 3915. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 3914
% 1.42/1.53 3916. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3907 3915
% 1.42/1.53 3917. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 3916
% 1.42/1.53 3918. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 1864 3917
% 1.42/1.53 3919. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (hskp24)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ### Or 102 1695
% 1.42/1.53 3920. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp23)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 3919 74
% 1.42/1.53 3921. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 3920 2651
% 1.42/1.53 3922. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3921
% 1.42/1.53 3923. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 3922
% 1.42/1.53 3924. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### ConjTree 3923
% 1.42/1.53 3925. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2032 3924
% 1.42/1.53 3926. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 3925 283
% 1.42/1.53 3927. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 3926
% 1.42/1.53 3928. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2027 3927
% 1.42/1.53 3929. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3928
% 1.42/1.53 3930. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 910 3929
% 1.42/1.53 3931. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3930
% 1.42/1.53 3932. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 284 3931
% 1.42/1.53 3933. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 2673 3403
% 1.42/1.53 3934. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 3933
% 1.42/1.53 3935. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 3473 3934
% 1.42/1.53 3936. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3935 2050
% 1.42/1.53 3937. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3936 919
% 1.42/1.53 3938. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 3398 2046
% 1.42/1.53 3939. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 3938
% 1.42/1.53 3940. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 3939
% 1.42/1.53 3941. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 3940 3472
% 1.42/1.53 3942. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 3941 2508
% 1.42/1.53 3943. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 3942
% 1.42/1.53 3944. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3474 3943
% 1.42/1.54 3945. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3944 3366
% 1.42/1.54 3946. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3945 919
% 1.42/1.54 3947. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3946
% 1.42/1.54 3948. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 3937 3947
% 1.42/1.54 3949. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp24)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a357)) (c1_1 (a357)) (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 870 1853 6
% 1.42/1.54 3950. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (hskp24)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) ### DisjTree 431 3949 132
% 1.42/1.54 3951. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ### Or 3950 74
% 1.42/1.54 3952. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 3951
% 1.42/1.54 3953. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 3952
% 1.42/1.54 3954. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1855 3952
% 1.42/1.54 3955. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### ConjTree 3954
% 1.42/1.54 3956. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 3953 3955
% 1.42/1.54 3957. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3956 919
% 1.42/1.54 3958. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 3957
% 1.42/1.54 3959. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3948 3958
% 1.42/1.54 3960. ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ### DisjTree 1357 52 2
% 1.42/1.54 3961. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ### ConjTree 3960
% 1.42/1.54 3962. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3935 3961
% 1.42/1.54 3963. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3962 919
% 1.42/1.54 3964. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp22)) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ### DisjTree 72 1115 6
% 1.42/1.54 3965. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ### Or 3964 2046
% 1.42/1.54 3966. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 3965
% 1.42/1.54 3967. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 2042 3966
% 1.42/1.54 3968. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 3967 3299
% 1.42/1.54 3969. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 3968
% 1.42/1.54 3970. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2184 3969
% 1.42/1.54 3971. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3970 346
% 1.42/1.54 3972. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3971
% 1.42/1.54 3973. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 3963 3972
% 1.42/1.54 3974. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 3973
% 1.42/1.54 3975. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 3959 3974
% 1.42/1.54 3976. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 3975
% 1.42/1.54 3977. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3932 3976
% 1.42/1.54 3978. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ### Or 2518 3885
% 1.42/1.54 3979. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 3978
% 1.42/1.54 3980. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 3870 3979
% 1.42/1.54 3981. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3980 3862
% 1.42/1.54 3982. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 3981 2525
% 1.42/1.54 3983. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### ConjTree 3982
% 1.42/1.54 3984. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 3977 3983
% 1.42/1.54 3985. ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### ConjTree 3984
% 1.42/1.54 3986. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 3918 3985
% 1.42/1.54 3987. ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c3_1 (a373)) (c1_1 (a373)) (c0_1 (a373)) (c2_1 (a372)) (c1_1 (a372)) (c0_1 (a372)) (ndr1_0) (-. (c0_1 (a357))) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ### DisjTree 871 107 112
% 1.42/1.54 3988. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c0_1 (a372)) (c1_1 (a372)) (c2_1 (a372)) (c0_1 (a373)) (c1_1 (a373)) (c3_1 (a373)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### DisjTree 873 3987 332
% 1.42/1.54 3989. ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (c2_1 (a372)) (c1_1 (a372)) (c0_1 (a372)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ### ConjTree 3988
% 1.42/1.54 3990. ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c0_1 (a372)) (c1_1 (a372)) (c2_1 (a372)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ### Or 102 3989
% 1.42/1.54 3991. ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp23)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### ConjTree 3990
% 1.42/1.54 3992. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp23)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ### Or 490 3991
% 1.42/1.54 3993. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp23)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### ConjTree 3992
% 1.42/1.54 3994. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1528 3993
% 1.42/1.54 3995. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 3994 2651
% 1.42/1.54 3996. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 3995
% 1.42/1.55 3997. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### Or 2086 3996
% 1.42/1.55 3998. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 3997 90
% 1.42/1.55 3999. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3998 880
% 1.42/1.55 4000. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3999 3215
% 1.42/1.55 4001. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 4000 440
% 1.42/1.55 4002. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 4001
% 1.42/1.55 4003. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 865 4002
% 1.42/1.55 4004. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3454 2849
% 1.42/1.55 4005. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 4004 440
% 1.42/1.55 4006. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3459 2015
% 1.42/1.55 4007. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 4006
% 1.42/1.55 4008. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 4005 4007
% 1.42/1.55 4009. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 4008
% 1.42/1.55 4010. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 865 4009
% 1.42/1.55 4011. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 4010 442
% 1.42/1.55 4012. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 4011
% 1.42/1.55 4013. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 4003 4012
% 1.42/1.55 4014. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 3996
% 1.42/1.55 4015. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 4014 3885
% 1.42/1.55 4016. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 4015 3897
% 1.42/1.55 4017. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 4016 3904
% 1.42/1.55 4018. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 4017
% 1.42/1.55 4019. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 3870 4018
% 1.42/1.55 4020. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 4019 3915
% 1.42/1.55 4021. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) (ndr1_0) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1528 1411
% 1.42/1.55 4022. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 4021 2651
% 1.42/1.55 4023. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp16)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 4022
% 1.42/1.55 4024. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ### Or 814 4023
% 1.42/1.55 4025. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 4024 3885
% 1.42/1.55 4026. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 4025
% 1.42/1.55 4027. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 3870 4026
% 1.42/1.55 4028. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 3911 2015
% 1.42/1.55 4029. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 4028
% 1.42/1.55 4030. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 3870 4029
% 1.42/1.55 4031. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 4030
% 1.42/1.55 4032. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 4027 4031
% 1.42/1.55 4033. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 4032
% 1.42/1.55 4034. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 4020 4033
% 1.42/1.55 4035. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 4034
% 1.42/1.55 4036. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 4013 4035
% 1.42/1.55 4037. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3474 880
% 1.42/1.55 4038. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 4037 3770
% 1.42/1.55 4039. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c2_1 (a358)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 4038 919
% 1.42/1.56 4040. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 4039
% 1.42/1.56 4041. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 3633 4040
% 1.42/1.56 4042. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (c3_1 (a355)) (-. (c1_1 (a355))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (hskp24)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a357)) (c1_1 (a357)) (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 796 3646 122
% 1.42/1.56 4043. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (hskp24)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a355))) (c3_1 (a355)) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c2_1 (a398))) (c1_1 (a398)) (c3_1 (a398)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) ### DisjTree 431 4042 132
% 1.42/1.56 4044. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (hskp24)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ### DisjTree 4043 855 332
% 1.42/1.56 4045. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (hskp24)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ### DisjTree 4043 4044 60
% 1.42/1.56 4046. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c2_1 (a398))) (c1_1 (a398)) (c3_1 (a398)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ### Or 4045 54
% 1.42/1.56 4047. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 4046
% 1.42/1.56 4048. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1809 4047
% 1.42/1.56 4049. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 4048
% 1.42/1.56 4050. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 3935 4049
% 1.42/1.56 4051. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 4050 919
% 1.42/1.56 4052. ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a357)) (c1_1 (a357)) (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) (-. (c0_1 (a357))) (ndr1_0) ### DisjTree 796 518 122
% 1.42/1.56 4053. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c2_1 (a398))) (c1_1 (a398)) (c3_1 (a398)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) ### DisjTree 431 4052 132
% 1.42/1.56 4054. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 280 4053
% 1.42/1.56 4055. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### ConjTree 4054
% 1.42/1.56 4056. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ### Or 1809 4055
% 1.42/1.56 4057. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 4056
% 1.42/1.56 4058. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 434 4057
% 1.42/1.56 4059. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp6)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 4058 2560
% 1.42/1.56 4060. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp6)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 4059
% 1.42/1.56 4061. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 4051 4060
% 1.42/1.56 4062. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 4061
% 1.42/1.56 4063. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 4041 4062
% 1.42/1.56 4064. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 3829 919
% 1.42/1.56 4065. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (hskp10)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 4064
% 1.42/1.56 4066. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp10)) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 3963 4065
% 1.42/1.56 4067. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 639 4057
% 1.42/1.56 4068. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 4067
% 1.42/1.56 4069. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2715 4068
% 1.42/1.56 4070. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 4069 346
% 1.42/1.56 4071. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 4070
% 1.42/1.56 4072. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3454 4071
% 1.42/1.56 4073. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 4072 3840
% 1.42/1.56 4074. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 4073 3846
% 1.42/1.56 4075. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 4074
% 1.42/1.56 4076. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 3963 4075
% 1.42/1.56 4077. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 4076
% 1.42/1.56 4078. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 4066 4077
% 1.42/1.56 4079. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 4078
% 1.42/1.56 4080. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 4063 4079
% 1.42/1.56 4081. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 4080
% 1.46/1.56 4082. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 2137 4081
% 1.46/1.56 4083. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 3911 2129
% 1.46/1.56 4084. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 4083
% 1.46/1.56 4085. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 3980 4084
% 1.46/1.57 4086. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) (ndr1_0) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 4085 2525
% 1.46/1.57 4087. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (ndr1_0) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### ConjTree 4086
% 1.46/1.57 4088. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 4082 4087
% 1.46/1.57 4089. ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### ConjTree 4088
% 1.46/1.57 4090. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c0_1 (a357))) (c1_1 (a357)) (c3_1 (a357)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 4036 4089
% 1.46/1.57 4091. ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358)))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ### ConjTree 4090
% 1.46/1.57 4092. ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) (-. (hskp2)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (c3_1 (a357)) (c1_1 (a357)) (-. (c0_1 (a357))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ### Or 3986 4091
% 1.46/1.57 4093. ((ndr1_0) /\ ((c1_1 (a357)) /\ ((c3_1 (a357)) /\ (-. (c0_1 (a357)))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (ndr1_0) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp2)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ### ConjTree 4092
% 1.46/1.57 4094. ((-. (hskp3)) \/ ((ndr1_0) /\ ((c1_1 (a357)) /\ ((c3_1 (a357)) /\ (-. (c0_1 (a357))))))) ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp2))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ ((hskp29) \/ (hskp10))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))) \/ (hskp5))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ ((hskp2) \/ (hskp19))) (-. (hskp2)) (c1_1 (a353)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp17)) ((-. (hskp26)) \/ ((ndr1_0) /\ ((c0_1 (a418)) /\ ((-. (c2_1 (a418))) /\ (-. (c3_1 (a418))))))) ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp26)) ((-. (hskp17)) \/ ((ndr1_0) /\ ((c0_1 (a380)) /\ ((c1_1 (a380)) /\ (-. (c3_1 (a380))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp4)) \/ ((ndr1_0) /\ ((c2_1 (a358)) /\ ((-. (c0_1 (a358))) /\ (-. (c3_1 (a358))))))) ### Or 3869 4093
% 1.46/1.57 4095. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp22)) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 1676 2357
% 1.46/1.57 4096. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 4095 1771
% 1.46/1.57 4097. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 4096
% 1.46/1.57 4098. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 4097
% 1.46/1.57 4099. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 4098 2670
% 1.46/1.57 4100. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 4099 2186
% 1.46/1.57 4101. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 3398 1771
% 1.46/1.57 4102. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 4101
% 1.46/1.57 4103. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 4102
% 1.46/1.57 4104. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 4103 3924
% 1.46/1.57 4105. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 3303 4097
% 1.46/1.57 4106. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ### DisjTree 324 1503 332
% 1.46/1.57 4107. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c3_1 (a382)) (-. (c2_1 (a382))) (-. (c0_1 (a382))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ### Or 4106 2651
% 1.46/1.57 4108. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 4107
% 1.46/1.57 4109. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 4105 4108
% 1.46/1.57 4110. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### ConjTree 4109
% 1.46/1.57 4111. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 4104 4110
% 1.46/1.57 4112. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 4111
% 1.46/1.57 4113. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 4100 4112
% 1.46/1.57 4114. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 4113
% 1.46/1.57 4115. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3441 4114
% 1.46/1.57 4116. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2026 2186
% 1.46/1.57 4117. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 4104 3306
% 1.46/1.57 4118. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 4117
% 1.46/1.57 4119. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 4116 4118
% 1.46/1.57 4120. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 4119
% 1.46/1.57 4121. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 4115 4120
% 1.46/1.57 4122. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 4121
% 1.46/1.57 4123. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 4122
% 1.46/1.57 4124. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 4123
% 1.46/1.57 4125. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 4124
% 1.46/1.58 4126. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1237 90
% 1.46/1.58 4127. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c3_1 (a369)) (c0_1 (a369)) (-. (c2_1 (a369))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 3304 625
% 1.46/1.58 4128. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (c2_1 (a369))) (c0_1 (a369)) (c3_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 4127
% 1.46/1.58 4129. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a369)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 4104 4128
% 1.46/1.58 4130. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (c0_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 4129
% 1.46/1.58 4131. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a369)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 4116 4130
% 1.46/1.58 4132. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (c0_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 4131
% 1.46/1.58 4133. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a369)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 4126 4132
% 1.46/1.58 4134. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 4133
% 1.46/1.58 4135. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 4134
% 1.46/1.58 4136. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 4135
% 1.46/1.58 4137. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 4136
% 1.46/1.58 4138. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 4137
% 1.46/1.58 4139. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 4125 4138
% 1.46/1.58 4140. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 4139 2191
% 1.46/1.58 4141. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (hskp20)) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp21)) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ### Or 1937 2922
% 1.46/1.58 4142. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (hskp20)) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 4141 76
% 1.46/1.58 4143. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp19)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 4142 2777
% 1.46/1.58 4144. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 4143 44
% 1.46/1.58 4145. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### ConjTree 4144
% 1.46/1.58 4146. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) (-. (hskp4)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2911 4145
% 1.46/1.58 4147. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp4)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 4146
% 1.46/1.58 4148. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a369)) (-. (c2_1 (a369))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2193 4147
% 1.46/1.58 4149. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 4148
% 1.46/1.58 4150. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 4149
% 1.46/1.58 4151. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 4150
% 1.46/1.58 4152. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 4151
% 1.46/1.58 4153. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a388)) (-. (c3_1 (a388))) (-. (c2_1 (a388))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ### DisjTree 3576 257 98
% 1.46/1.58 4154. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a388))) (-. (c3_1 (a388))) (c1_1 (a388)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ### Or 4153 2651
% 1.46/1.58 4155. ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 4154
% 1.46/1.58 4156. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp19)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 2909 4155
% 1.46/1.58 4157. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 4156 44
% 1.46/1.58 4158. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 4157 346
% 1.46/1.58 4159. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 4158
% 1.46/1.58 4160. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 2193 4159
% 1.46/1.58 4161. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp4)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 4160 2953
% 1.46/1.58 4162. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp4)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 4161
% 1.46/1.58 4163. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 958 4162
% 1.46/1.58 4164. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 4163
% 1.46/1.58 4165. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 4152 4164
% 1.46/1.58 4166. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 4165
% 1.46/1.58 4167. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp4)) ((hskp24) \/ ((hskp11) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) (-. (hskp3)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 4140 4166
% 1.46/1.58 4168. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 3432 3403
% 1.46/1.58 4169. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 4168 3301
% 1.46/1.58 4170. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 2346 1771
% 1.46/1.58 4171. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 4170
% 1.46/1.58 4172. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 4171
% 1.46/1.58 4173. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 4172 3403
% 1.46/1.59 4174. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 4173 283
% 1.46/1.59 4175. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 4174
% 1.46/1.59 4176. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 4169 4175
% 1.46/1.59 4177. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 4098 1131
% 1.46/1.59 4178. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 4177 283
% 1.46/1.59 4179. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 4178
% 1.46/1.59 4180. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 4176 4179
% 1.46/1.59 4181. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2027 4175
% 1.46/1.59 4182. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 4181
% 1.46/1.59 4183. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 4180 4182
% 1.46/1.59 4184. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 4183
% 1.46/1.59 4185. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 4184
% 1.46/1.59 4186. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 4177 3178
% 1.46/1.59 4187. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 4186
% 1.46/1.59 4188. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3441 4187
% 1.46/1.59 4189. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 4104 283
% 1.46/1.59 4190. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 4189
% 1.46/1.59 4191. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2027 4190
% 1.46/1.59 4192. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 4191
% 1.46/1.59 4193. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 4188 4192
% 1.46/1.59 4194. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 4193
% 1.46/1.59 4195. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 4194
% 1.46/1.59 4196. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 4195
% 1.46/1.59 4197. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 4185 4196
% 1.46/1.59 4198. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c0_1 (a382))) (-. (c2_1 (a382))) (c3_1 (a382)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ### Or 1854 1236
% 1.46/1.59 4199. ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### ConjTree 4198
% 1.46/1.59 4200. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 4177 4199
% 1.46/1.59 4201. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 4200
% 1.46/1.59 4202. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 4176 4201
% 1.46/1.59 4203. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 4202 4182
% 1.46/1.59 4204. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 4203
% 1.46/1.59 4205. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 4204
% 1.46/1.59 4206. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 3432 3910
% 1.46/1.59 4207. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) (-. (hskp16)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 4206 3301
% 1.46/1.59 4208. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 4207 4190
% 1.46/1.59 4209. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 4208 4187
% 1.46/1.59 4210. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp8)) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 4209 4192
% 1.46/1.59 4211. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) (-. (hskp8)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 4210
% 1.46/1.59 4212. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 4211
% 1.46/1.59 4213. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 4212
% 1.46/1.59 4214. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 4205 4213
% 1.46/1.59 4215. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 4214
% 1.46/1.59 4216. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 4197 4215
% 1.46/1.60 4217. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2343 3403
% 1.46/1.60 4218. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 4217 3301
% 1.46/1.60 4219. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 2351 3403
% 1.46/1.60 4220. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 4219 283
% 1.46/1.60 4221. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 4220
% 1.46/1.60 4222. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 4218 4221
% 1.46/1.60 4223. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 2396 2340
% 1.46/1.60 4224. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 4223
% 1.46/1.60 4225. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 4224
% 1.46/1.60 4226. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 4225 283
% 1.46/1.60 4227. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) (-. (hskp11)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 4226 4221
% 1.46/1.60 4228. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp11)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 4227
% 1.46/1.60 4229. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 4222 4228
% 1.46/1.60 4230. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 2027 4221
% 1.46/1.60 4231. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (ndr1_0) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 4230
% 1.46/1.60 4232. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 4229 4231
% 1.46/1.60 4233. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 4232 3409
% 1.46/1.60 4234. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 4233
% 1.46/1.60 4235. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 4216 4234
% 1.46/1.60 4236. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp22)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ### Or 678 2357
% 1.46/1.60 4237. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 4236 2046
% 1.46/1.60 4238. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 4237
% 1.46/1.60 4239. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 4238
% 1.46/1.60 4240. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 4239 3178
% 1.46/1.60 4241. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 4240
% 1.46/1.60 4242. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3441 4241
% 1.46/1.60 4243. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 3059 3943
% 1.46/1.60 4244. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 4243
% 1.46/1.60 4245. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 4242 4244
% 1.46/1.60 4246. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 4245
% 1.46/1.60 4247. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 4246
% 1.46/1.60 4248. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 4247
% 1.46/1.60 4249. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1277 4248
% 1.46/1.60 4250. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1269 4244
% 1.46/1.60 4251. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 4250
% 1.46/1.60 4252. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1277 4251
% 1.46/1.60 4253. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 4252
% 1.46/1.60 4254. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 4249 4253
% 1.46/1.60 4255. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) (-. (hskp16)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 4239 1263
% 1.46/1.60 4256. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 4255 346
% 1.46/1.60 4257. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 4256
% 1.46/1.60 4258. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3825 4257
% 1.46/1.60 4259. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 4258 3061
% 1.46/1.60 4260. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 4259
% 1.46/1.60 4261. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 1277 4260
% 1.46/1.60 4262. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c1_1 (a361))) (-. (c2_1 (a361))) (c3_1 (a361)) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 4261
% 1.46/1.60 4263. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp4)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (c3_1 (a361)) (-. (c2_1 (a361))) (-. (c1_1 (a361))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 4254 4262
% 1.46/1.61 4264. ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) (-. (hskp4)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 4263
% 1.46/1.61 4265. ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 4235 4264
% 1.46/1.61 4266. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ### DisjTree 3576 2595 98
% 1.46/1.61 4267. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp23)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ### DisjTree 280 233 4266
% 1.46/1.61 4268. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### Or 4267 372
% 1.46/1.61 4269. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 4268 346
% 1.46/1.61 4270. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 4269 2059
% 1.46/1.61 4271. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 4270
% 1.46/1.61 4272. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 2447 4271
% 1.46/1.61 4273. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 4272
% 1.46/1.61 4274. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 2443 4273
% 1.46/1.61 4275. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 4274
% 1.46/1.61 4276. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp4)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ### Or 4265 4275
% 1.46/1.61 4277. ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359)))))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) (-. (hskp4)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### ConjTree 4276
% 1.46/1.61 4278. ((-. (hskp5)) \/ ((ndr1_0) /\ ((-. (c0_1 (a359))) /\ ((-. (c1_1 (a359))) /\ (-. (c3_1 (a359))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (hskp11))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp7)) \/ ((ndr1_0) /\ ((c3_1 (a361)) /\ ((-. (c1_1 (a361))) /\ (-. (c2_1 (a361))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp3) \/ (hskp4))) (-. (hskp3)) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp24) \/ (hskp19))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp4))) ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ ((hskp29) \/ (hskp8))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ (hskp4))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((hskp21) \/ (hskp4))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((hskp24) \/ ((hskp11) \/ (hskp4))) (-. (hskp4)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (hskp20))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X64, ((ndr1_0) => ((c0_1 X64) \/ ((-. (c1_1 X64)) \/ (-. (c3_1 X64)))))) \/ ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ (All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ### Or 4167 4277
% 1.46/1.61 4279. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 3448
% 1.46/1.61 4280. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 4279
% 1.46/1.61 4281. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 865 4280
% 1.46/1.61 4282. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (-. (hskp8)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 4281 1062
% 1.46/1.61 4283. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp22)) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 2295 1530
% 1.46/1.61 4284. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (hskp22)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 4283 1824
% 1.46/1.61 4285. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 4284 3014
% 1.46/1.61 4286. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 4285
% 1.46/1.61 4287. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 4286
% 1.46/1.61 4288. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 4287 1043
% 1.46/1.61 4289. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 4288 346
% 1.46/1.61 4290. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 4289
% 1.46/1.61 4291. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp13)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3454 4290
% 1.46/1.61 4292. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 4291 440
% 1.46/1.61 4293. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (c3_1 (a369)) (-. (c2_1 (a369))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 4284 1771
% 1.46/1.61 4294. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 4293
% 1.46/1.61 4295. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (c3_1 (a369)) (-. (c2_1 (a369))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 4294
% 1.46/1.61 4296. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 4295 1043
% 1.46/1.61 4297. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) (c3_1 (a369)) (-. (c2_1 (a369))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### Or 4296 346
% 1.46/1.61 4298. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 4297
% 1.46/1.61 4299. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 3441 4298
% 1.46/1.61 4300. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (c2_1 (a368)) (c3_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 4299 2392
% 1.46/1.61 4301. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c3_1 (a368)) (c2_1 (a368)) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 4300
% 1.46/1.61 4302. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 4292 4301
% 1.46/1.61 4303. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (hskp10)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 4302
% 1.46/1.61 4304. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp10)) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) (-. (c3_1 (a363))) (c1_1 (a363)) (c2_1 (a363)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 865 4303
% 1.46/1.61 4305. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp6)) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c2_1 (a363)) (c1_1 (a363)) (-. (c3_1 (a363))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 4304 442
% 1.46/1.61 4306. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c0_1 (a353)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 4305
% 1.46/1.61 4307. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp5)) (-. (hskp6)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### Or 4282 4306
% 1.46/1.62 4308. ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (-. (c2_1 (a353))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ### DisjTree 2301 2595 98
% 1.46/1.62 4309. ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (c2_1 (a372)) (c1_1 (a372)) (c0_1 (a372)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c2_1 (a353))) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ### DisjTree 4308 107 1120
% 1.46/1.62 4310. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (c0_1 (a372)) (c1_1 (a372)) (c2_1 (a372)) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ### DisjTree 1087 233 4309
% 1.46/1.62 4311. ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (c3_1 (a365)) (c2_1 (a365)) (c1_1 (a365)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### ConjTree 4310
% 1.46/1.62 4312. ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ### Or 490 4311
% 1.46/1.62 4313. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### ConjTree 4312
% 1.46/1.62 4314. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ### Or 388 4313
% 1.46/1.62 4315. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ### DisjTree 1087 233 4308
% 1.46/1.62 4316. ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ### DisjTree 41 1087 4315
% 1.46/1.62 4317. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ### ConjTree 4316
% 1.46/1.62 4318. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 2295 4317
% 1.46/1.62 4319. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 4318 1304
% 1.46/1.62 4320. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### ConjTree 4319
% 1.46/1.62 4321. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp15)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 4314 4320
% 1.46/1.62 4322. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (hskp15)) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 4321 346
% 1.46/1.62 4323. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (c1_1 (a353)) (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) (-. (c2_1 (a353))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ### DisjTree 1087 52 2595
% 1.46/1.62 4324. ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (c1_1 (a365)) (c2_1 (a365)) (c3_1 (a365)) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ### DisjTree 1087 233 4323
% 1.46/1.62 4325. ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ### ConjTree 4324
% 1.46/1.62 4326. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 2295 4325
% 1.46/1.62 4327. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 4326 1304
% 1.46/1.62 4328. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 4327 346
% 1.46/1.62 4329. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 4328
% 1.46/1.62 4330. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c2_1 (a353))) (c1_1 (a353)) (-. (hskp12)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 4322 4329
% 1.46/1.62 4331. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (-. (hskp12)) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 4330 2315
% 1.46/1.62 4332. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (hskp23)) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ### Or 2295 2287
% 1.46/1.62 4333. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c3_1 (a398)) (c1_1 (a398)) (-. (c2_1 (a398))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ### Or 388 1302
% 1.46/1.62 4334. ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (-. (hskp19)) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 4333
% 1.46/1.62 4335. ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (c2_1 (a358)) (-. (hskp19)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 4332 4334
% 1.46/1.62 4336. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (c0_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 4335 1573
% 1.46/1.62 4337. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (c0_1 (a369)) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 4336 346
% 1.46/1.62 4338. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (c0_1 (a369)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 4337 2315
% 1.46/1.62 4339. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 4338
% 1.46/1.62 4340. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c1_1 (a360))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 4331 4339
% 1.46/1.62 4341. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (hskp9)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### ConjTree 4340
% 1.46/1.62 4342. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (hskp9)) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 2300 4341
% 1.46/1.62 4343. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (-. (hskp10)) (c2_1 (a358)) (-. (c1_1 (a364))) (-. (c0_1 (a364))) (c2_1 (a364)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 2300 1217
% 1.46/1.62 4344. ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (-. (hskp28)) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a387))) (-. (c1_1 (a387))) (-. (c2_1 (a387))) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ### Or 3373 2258
% 1.46/1.62 4345. ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (-. (c2_1 (a387))) (-. (c1_1 (a387))) (-. (c0_1 (a387))) (ndr1_0) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ### Or 4344 433
% 1.46/1.62 4346. ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387)))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (-. (hskp16)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### ConjTree 4345
% 1.46/1.62 4347. ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (hskp16)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) (-. (hskp13)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ### Or 434 4346
% 1.46/1.62 4348. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 4347 2299
% 1.46/1.62 4349. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ### Or 2313 2299
% 1.46/1.62 4350. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 4349
% 1.46/1.62 4351. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 4348 4350
% 1.46/1.62 4352. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp13)) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ### Or 4347 346
% 1.46/1.62 4353. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) (-. (c0_1 (a366))) (-. (c2_1 (a366))) (-. (c3_1 (a366))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 4352 2315
% 1.46/1.62 4354. ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368)))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 4353
% 1.46/1.62 4355. ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c3_1 (a366))) (-. (c2_1 (a366))) (-. (c0_1 (a366))) (ndr1_0) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### Or 4351 4354
% 1.46/1.62 4356. ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366)))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### ConjTree 4355
% 1.46/1.62 4357. ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) (-. (c2_1 (a353))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (c2_1 (a364)) (-. (c0_1 (a364))) (-. (c1_1 (a364))) (c2_1 (a358)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 4343 4356
% 1.46/1.62 4358. ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (c2_1 (a358)) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c1_1 (a363)) (c2_1 (a363)) (-. (c3_1 (a363))) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) (-. (c2_1 (a353))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ### ConjTree 4357
% 1.46/1.62 4359. ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (ndr1_0) (-. (c3_1 (a363))) (c2_1 (a363)) (c1_1 (a363)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c3_1 (a360))) (-. (c2_1 (a360))) (-. (c1_1 (a360))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ### Or 4342 4358
% 1.46/1.62 4360. ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363)))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a360))) (-. (c2_1 (a360))) (-. (c3_1 (a360))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (ndr1_0) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ### ConjTree 4359
% 1.46/1.62 4361. ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) (c0_1 (a353)) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (ndr1_0) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) (-. (hskp3)) (-. (c2_1 (a360))) (-. (c3_1 (a360))) (-. (c1_1 (a360))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ### Or 2293 4360
% 1.46/1.62 4362. ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360)))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) (c0_1 (a353)) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### ConjTree 4361
% 1.46/1.62 4363. ((-. (hskp6)) \/ ((ndr1_0) /\ ((-. (c1_1 (a360))) /\ ((-. (c2_1 (a360))) /\ (-. (c3_1 (a360))))))) ((-. (hskp9)) \/ ((ndr1_0) /\ ((c2_1 (a364)) /\ ((-. (c0_1 (a364))) /\ (-. (c1_1 (a364))))))) ((-. (hskp31)) \/ ((ndr1_0) /\ ((c0_1 (a410)) /\ ((c2_1 (a410)) /\ (c3_1 (a410)))))) ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ ((All X6, ((ndr1_0) => ((c2_1 X6) \/ ((c3_1 X6) \/ (-. (c0_1 X6)))))) \/ (hskp31))) ((All Y, ((ndr1_0) => ((c0_1 Y) \/ ((c1_1 Y) \/ (-. (c3_1 Y)))))) \/ ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ (hskp10))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ (hskp9))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ (All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X14, ((ndr1_0) => ((c1_1 X14) \/ ((c2_1 X14) \/ (c3_1 X14))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp10)) \/ ((ndr1_0) /\ ((-. (c0_1 (a366))) /\ ((-. (c2_1 (a366))) /\ (-. (c3_1 (a366))))))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp13))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ (All X2, ((ndr1_0) => ((c2_1 X2) \/ ((-. (c0_1 X2)) \/ (-. (c3_1 X2)))))))) ((-. (hskp19)) \/ ((ndr1_0) /\ ((-. (c0_1 (a387))) /\ ((-. (c1_1 (a387))) /\ (-. (c2_1 (a387))))))) ((All U, ((ndr1_0) => ((c0_1 U) \/ ((c1_1 U) \/ (c2_1 U))))) \/ ((hskp5) \/ (hskp6))) (-. (hskp5)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((hskp28) \/ (hskp19))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (ndr1_0) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp10))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ ((hskp30) \/ (hskp23))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp11)) \/ ((ndr1_0) /\ ((c2_1 (a368)) /\ ((c3_1 (a368)) /\ (-. (c1_1 (a368))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp3)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X57, ((ndr1_0) => ((c1_1 X57) \/ ((c3_1 X57) \/ (-. (c0_1 X57)))))) \/ (hskp3))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X1, ((ndr1_0) => ((c0_1 X1) \/ ((c2_1 X1) \/ (c3_1 X1))))) \/ ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ (hskp12))) ((-. (hskp8)) \/ ((ndr1_0) /\ ((c1_1 (a363)) /\ ((c2_1 (a363)) /\ (-. (c3_1 (a363))))))) ### Or 4307 4362
% 1.46/1.62 4364. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (hskp22)) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ### Or 3650 2357
% 1.46/1.62 4365. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 4364 1771
% 1.46/1.62 4366. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 4365
% 1.46/1.62 4367. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (c0_1 (a376)) (-. (c2_1 (a376))) (-. (c1_1 (a376))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 4366
% 1.46/1.62 4368. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (ndr1_0) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (c1_1 (a376))) (-. (c2_1 (a376))) (c0_1 (a376)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (-. (c2_1 (a353))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (c0_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 4367 283
% 1.46/1.62 4369. ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376)))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c0_1 (a355)) (c3_1 (a369)) (-. (c2_1 (a369))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c2_1 (a353))) (c1_1 (a353)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) (ndr1_0) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 4368
% 1.46/1.62 4370. ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (-. (hskp13)) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### Or 4176 4369
% 1.46/1.62 4371. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 2331 4175
% 1.46/1.63 4372. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (ndr1_0) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ### ConjTree 4371
% 1.46/1.63 4373. ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (ndr1_0) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ### Or 4370 4372
% 1.46/1.63 4374. ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369)))))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c0_1 (a358))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a355)) (c0_1 (a355)) (-. (c1_1 (a355))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((hskp29) \/ ((hskp13) \/ (hskp15))) (ndr1_0) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) (-. (hskp11)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ### ConjTree 4373
% 1.46/1.63 4375. ((-. (hskp12)) \/ ((ndr1_0) /\ ((c0_1 (a369)) /\ ((c3_1 (a369)) /\ (-. (c2_1 (a369))))))) ((-. (hskp13)) \/ ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370))))))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp28))) (-. (hskp11)) ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp11)) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((hskp29) \/ ((hskp13) \/ (hskp15))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c1_1 (a355))) (c0_1 (a355)) (c3_1 (a355)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (hskp15))) ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp16))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ (All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))))) (-. (c0_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a358))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X17, ((ndr1_0) => ((c1_1 X17) \/ ((c2_1 X17) \/ (-. (c0_1 X17)))))) \/ ((All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))) \/ (hskp22))) ((-. (hskp15)) \/ ((ndr1_0) /\ ((c0_1 (a376)) /\ ((-. (c1_1 (a376))) /\ (-. (c2_1 (a376))))))) (ndr1_0) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) (-. (hskp8)) ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ ((hskp12) \/ (hskp8))) ### Or 959 4374
% 1.46/1.63 4376. ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) (-. (c0_1 (a395))) (-. (c2_1 (a395))) (c1_1 (a395)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp22)) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ### Or 1697 1271
% 1.46/1.63 4377. ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (c1_1 (a395)) (-. (c2_1 (a395))) (-. (c0_1 (a395))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 4376 1771
% 1.46/1.63 4378. ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (-. (hskp20)) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ### ConjTree 4377
% 1.46/1.63 4379. ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) (-. (hskp20)) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp18)) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ### Or 61 4378
% 1.46/1.63 4380. ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) (-. (hskp18)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (c1_1 (a379))) (-. (c3_1 (a379))) (c2_1 (a379)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ### Or 4379 3708
% 1.46/1.63 4381. ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) (ndr1_0) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (c2_1 (a379)) (-. (c3_1 (a379))) (-. (c1_1 (a379))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) (-. (hskp6)) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ### Or 4380 283
% 1.46/1.63 4382. ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379)))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) ((hskp21) \/ ((hskp18) \/ (hskp6))) (-. (hskp6)) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a370)) (c0_1 (a370)) (-. (c3_1 (a370))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) (ndr1_0) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (-. (c2_1 (a369))) (c3_1 (a369)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) (-. (c0_1 (a359))) (-. (c1_1 (a359))) (-. (c3_1 (a359))) (-. (hskp7)) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ### ConjTree 4381
% 1.46/1.63 4383. ((-. (hskp16)) \/ ((ndr1_0) /\ ((c2_1 (a379)) /\ ((-. (c1_1 (a379))) /\ (-. (c3_1 (a379))))))) ((-. (hskp18)) \/ ((ndr1_0) /\ ((c3_1 (a382)) /\ ((-. (c0_1 (a382))) /\ (-. (c2_1 (a382))))))) ((All V, ((ndr1_0) => ((c0_1 V) \/ ((c1_1 V) \/ (c3_1 V))))) \/ ((All X12, ((ndr1_0) => ((c0_1 X12) \/ ((c2_1 X12) \/ (-. (c3_1 X12)))))) \/ (hskp7))) (-. (hskp7)) (-. (c3_1 (a359))) (-. (c1_1 (a359))) (-. (c0_1 (a359))) ((-. (hskp21)) \/ ((ndr1_0) /\ ((c1_1 (a395)) /\ ((-. (c0_1 (a395))) /\ (-. (c2_1 (a395))))))) ((-. (hskp22)) \/ ((ndr1_0) /\ ((c1_1 (a397)) /\ ((c2_1 (a397)) /\ (-. (c0_1 (a397))))))) ((-. (hskp23)) \/ ((ndr1_0) /\ ((c1_1 (a398)) /\ ((c3_1 (a398)) /\ (-. (c2_1 (a398))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((All X81, ((ndr1_0) => ((c1_1 X81) \/ ((-. (c0_1 X81)) \/ (-. (c3_1 X81)))))) \/ (hskp23))) (c3_1 (a369)) (-. (c2_1 (a369))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((All X4, ((ndr1_0) => ((c0_1 X4) \/ ((-. (c1_1 X4)) \/ (-. (c2_1 X4)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp29)) \/ ((ndr1_0) /\ ((c0_1 (a372)) /\ ((c1_1 (a372)) /\ (c2_1 (a372)))))) ((All X8, ((ndr1_0) => ((-. (c0_1 X8)) \/ ((-. (c1_1 X8)) \/ (-. (c2_1 X8)))))) \/ ((hskp22) \/ (hskp20))) ((All X34, ((ndr1_0) => ((c0_1 X34) \/ ((c2_1 X34) \/ (-. (c1_1 X34)))))) \/ ((hskp29) \/ (hskp30))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X47, ((ndr1_0) => ((-. (c0_1 X47)) \/ ((-. (c1_1 X47)) \/ (-. (c3_1 X47)))))) \/ (All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))))) ((-. (hskp30)) \/ ((ndr1_0) /\ ((c0_1 (a373)) /\ ((c1_1 (a373)) /\ (c3_1 (a373)))))) ((hskp21) \/ ((hskp18) \/ (hskp6))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1 X20)) \/ (-. (c3_1 X20)))))) \/ (hskp6))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) (c3_1 (a368)) (c2_1 (a368)) (-. (c1_1 (a368))) (-. (c2_1 (a353))) (c0_1 (a353)) (c1_1 (a353)) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) (-. (hskp6)) (ndr1_0) (-. (c3_1 (a370))) (c0_1 (a370)) (c2_1 (a370)) (c0_1 (a355)) (-. (c1_1 (a355))) (c3_1 (a355)) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) (c2_1 (a356)) (c0_1 (a356)) (-. (c1_1 (a356))) (-. (c0_1 (a358))) (-. (c3_1 (a358))) (c2_1 (a358)) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ### Or 2331 4382
% 1.46/1.63 4384. ((ndr1_0) /\ ((c0_1 (a370)) /\ ((c2_1 (a370)) /\ (-. (c3_1 (a370)))))) ((-. (hskp24)) \/ ((ndr1_0) /\ ((c1_1 (a399)) /\ ((-. (c0_1 (a399))) /\ (-. (c3_1 (a399))))))) ((-. (hskp28)) \/ ((ndr1_0) /\ ((c1_1 (a365)) /\ ((c2_1 (a365)) /\ (c3_1 (a365)))))) ((All X28, ((ndr1_0) => ((c0_1 X28) \/ ((c3_1 X28) \/ (-. (c2_1 X28)))))) \/ ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ (All X26, ((ndr1_0) => ((-. (c1_1 X26)) \/ ((-. (c2_1 X26)) \/ (-. (c3_1 X26)))))))) (c2_1 (a358)) (-. (c3_1 (a358))) (-. (c0_1 (a358))) (-. (c1_1 (a356))) (c0_1 (a356)) (c2_1 (a356)) ((All X35, ((ndr1_0) => ((c0_1 X35) \/ ((c3_1 X35) \/ (-. (c1_1 X35)))))) \/ ((All X59, ((ndr1_0) => ((c1_1 X59) \/ ((-. (c0_1 X59)) \/ (-. (c2_1 X59)))))) \/ (hskp28))) ((All X61, ((ndr1_0) => ((c3_1 X61) \/ ((-. (c0_1 X61)) \/ (-. (c2_1 X61)))))) \/ ((All X49, ((ndr1_0) => ((-. (c0_1 X49)) \/ ((-. (c2_1 X49)) \/ (-. (c3_1 X49)))))) \/ (hskp16))) (c3_1 (a355)) (-. (c1_1 (a355))) (c0_1 (a355)) (ndr1_0) (-. (hskp6)) ((All X67, ((ndr1_0) => ((c1_1 X67) \/ ((c2_1 X67) \/ (-. (c3_1 X67)))))) \/ ((hskp24) \/ (hskp6))) ((-. (hskp20)) \/ ((ndr1_0) /\ ((c1_1 (a388)) /\ ((-. (c2_1 (a388))) /\ (-. (c3_1 (a388))))))) ((All X18, ((ndr1_0) => ((c2_1 X18) \/ ((c3_1 X18) \/ (-. (c1_1 X18)))))) \/ ((All X104, ((ndr1_0) => ((c2_1 X104) \/ ((-. (c0_1 X104)) \/ (-. (c1_1 X104)))))) \/ (All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))))) (c1_1 (a353)) (c0_1 (a353)) (-. (c2_1 (a353))) (-. (c1_1 (a368))) (c2_1 (a368)) (c3_1 (a368)) ((All X88, ((ndr1_0) => ((c1_1 X88) \/ ((c3_1 X88) \/ (-. (c2_1 X88)))))) \/ ((All X89, ((ndr1_0) => ((c1_1 X89) \/ ((-. (c2_1 X89)) \/ (-. (c3_1 X89)))))) \/ (All X44, ((ndr1_0) => ((c3_1 X44) \/ ((-. (c1_1 X44)) \/ (-. (c2_1 X44)))))))) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X15, ((ndr1_0) => ((c2_1 X15) \/ ((-. (c1_1 X15)) \/ (-. (c3_1 X15)))))) \/ (hskp8))) (-. (hskp8)) ((All W, ((ndr1_0) => ((c0_1 W) \/ ((c1_1 W) \/ (-. (c2_1 W)))))) \/ ((All X20, ((ndr1_0) => ((c0_1 X20) \/ ((-. (c2_1